Page 2,368«..1020..2,3672,3682,3692,370..2,3802,390..»

I testified to help the prosecution send Louise Woodward to jail for murder but I changed my mind, says… – The Sun

A DOCTOR has told how he changed his mind after testifying to help send teen nanny Louise Woodward to jail for murder.

The Brit, then 18, was convicted of murdering eight-month-old Matthew Eappen by shaking him to death and was jailed for life in 1997.

6

6

6

She was then freed 279 days later in a shock ruling when the judge downgraded the verdict to manslaughter.

Twenty-five years on and opinion is still divided about what happened on that fateful day as Louise and from Elton, Cheshire, looked after two children at their US home near Boston, Massachusetts.

At her trial, expert prosecution witnesses claimed Matthews injuries, including a cracked skull, displayed the triad of symptoms consistent with him being violently shaken.

And one expert, Dr Patrick Barnes, testified this was the classic model of shaken baby syndrome (SBS), dismissing the defences argument that Matthews injuries had been sustained at an earlier date.

But in a new Channel 4 documentary, The Killer Nanny: Did She Do It?, the medic reveals he has since changed his mind and says the science behind the diagnosis of SBS is flawed.

In the three-parter, which starts tonight, he said: I was very strong, that it had to be shaken baby syndrome.

"I cant (now) give testimony that would convict Louise Woodward beyond a reasonable doubt. I shouldnt have done that.

Dr Barnes, who now regrets dismissing the theory of an older injury at Louises trial, believes that rigid training around SBS is at fault for previous mistakes.

He explained: My teachers had taught me that shaken baby syndrome produces characteristic findings, the so-called triad.

"Because we were biased by the triad representing shaken baby syndrome, we would not believe the (other) story.

Others, however, disagree.

Prosecution lawyer Gerry Leone told the Sun: Theres no question in my mind that Louise Woodward was responsible for killing Matthew.

The defence took dissociated and sometimes random pieces of facts to create a story which would steer the evidence away from Louise Woodward.

But in the end, 12 people who never met each other found that she was responsible, beyond reasonable doubt.

The argument around shaken baby syndrome has raged on in both Britain and the US ever since.

Some experts are still adamant that the triad of symptoms exhibited by Matthew bleeding on the brain, swelling of the brain and bleeding in the eyes point to deliberate abuse.

But critics have argued that these symptoms could have many other causes, including accidental falls and rare genetic conditions.

British human rights lawyer Clive Stafford Smith has been representing parents and carers accused of SBS since 1995, when he successfully appealed the case of a father on death row.

He told The Sun: When it comes to shaken baby syndrome there is no science, it is latter-day voodoo.

Its based on a 1972 hypothesis by British neurologist Norman Guthkelch, and it was just a hypothesis, with no factual basis on which to prove it.

Before he died two years ago, he said how horrified he was that his theory had been accepted as fact and sent so many people to prison.

Clive says bleeds on the brain can be caused by very little trauma and that the triad theory is stupid.

He explained: If youre a little infant or a small child of 2ft 6in and you fall off a 3ft height, your head is going to hit the floor at about 15mph, faster than you and I can sprint.

If you sprint into a wall, you could do serious damage, so to say an infant cant sustain a fatal head injury from that sort of fall is self-evidently false.

Theres no question in my mind Louise Woodward was responsible for killing Matthew. 12 people found that she was responsible, beyond reasonable doubt.

Louise was just 18 when she travelled to the US on a gap year, eventually working for Debbie and Sunil Eappen, both doctors, as nanny to Brendan, three, and baby Matthew.

Louise loved the job and apparently doted on the children.

They were adorable, she says in a clip from a 2003 interview on TVs Panorama: Brendan was very bright and chatty, you could have a conversation with him. And Mattie was a sweet baby, very smiley and playful.

It was on the afternoon of February 4, 1997, that Matthew was rushed to hospital after a panic-stricken Louise rang for an ambulance, saying he was not breathing.

As he lay in a coma, Louise was arrested on suspicion of child abuse. When he died five days later the charges were upped to murder.

Lead detective Bill Byrne told the documentary Louise had admitted to being frustrated because Matthew was crying, and claims she said, Maybe I was a little rough with him.

British-born lawyer Elaine Whitfield Sharp took on Louises case after concluding she was too small, with tiny hands, to do so much damage to a 22lb butterball of a baby.

She said: For this little person to have shaken this big baby with such violence, it didnt make any sense. In the run-up to the trial, in October 1997, a huge swell of support in the UK was led by the residents of her home town.

But in the US she was branded a murderer. Prosecutors painted her as an irresponsible teen who liked to party and had a grudge against the Eappens after they insisted on a curfew.

The court heard Matthew had a 2.5in crack in his skull and that his head had been violently shaken for a prolonged period.

Defence lawyers cited the lack of bruises on his arms, abdomen, chest or legs, which would have been there if someone had picked him up to shaken him with force.

Expert witnesses also testified that the lack of fresh bleeding on the brain indicated the skull fracture was an older injury.

I was very strong, that it had to be shaken baby syndrome. I cant (now) give testimony that would convict Louise Woodward beyond a reasonable doubt.

Louise told paramedics at the scene that Matthew had been lethargic, had not been eating and had been screaming a lot all symptoms of a previous injury.

Neurosurgeon Dr Ronald Uscinski, who gave evidence for the defence, said: What I saw was that the injury was not a fresh injury.

No matter what they said, it could not have happened on that day. We gave them science and the prosecution gave them hysteria.

Defence barrister Barry Sheck tells the documentary the trial was a huge witch-hunt, adding: They locked her up on the basis of false assumptions about violent shaking and what you need to cause a skull fracture. Its crazy.

Prosecutor Gerry Leone dismisses Dr Barnes U-turn as irrelevant to the case.

He told The Sun: The evidence was clear and the jury found beyond reasonable doubt that not only did she engage in a violent shaking of Matthew that caused devastating injuries to his eye, brain and other parts of his body but that he was violently slammed against a hard object, causing a 2.5in fracture to the back of his skull.

At the trial, Louises own seeming aloofness when cross-examined, and the fact that she laughed when questioned about Matthews death, turned many against her.

She later explained: I was told not to show any emotion, because the prosecutors were trying to paint me as a volatile person. I wasnt being aloof, I was just frightened. I was scared and inhibited.

She was found guilty and sentenced to life.

But in a shock move days later the judge overturned the verdict and sentenced her to 279 days, the stretch she had already served awaiting the trial.

I never ever forget, in all this, that a little boy died. I genuinely feel really sorry about that.

Gerry insists the judges leniency was an affront to justice. He can make whatever decision he wants under the law in that regard, he says.

But I tried a father accused of killing a baby in a similar case a year to the day before this one, and he is still in jail.

From my perspective, that is contradictory to releasing Louise Woodward for doing less time in jail then Matthew Eappen lived on this planet.

The Eappens went on to have two more children.

After returning to the UK, Louise, now 43, studied law and went on to marry and have children of her own.

In her only TV interview since, she said: I never ever forget, in all this, that a little boy died. I genuinely feel really sorry about that.

The whole thing has just been such a trauma and I certainly havent forgotten about him.

6

6

6

Visit link:
I testified to help the prosecution send Louise Woodward to jail for murder but I changed my mind, says... - The Sun

Read More..

Live Whole Health #105: Paced breathing – VAntage Point – VAntage Point Blog

Did you know that we take 12-20 breaths per minute on average? Its amazing to think that we have the natural powers to thrive simply by taking deep full breaths throughout our day. This is called paced breathing, which is slowing your breath down mindfully to focus on the length of the breath.

The purpose of our breath is to transport oxygen to our cells and to get rid of waste, such as carbon dioxide. Science reveals that your breath is an access point to regulating your nervous system. For instance, when we breathe steadily we can calm our nervous system. When we hold our breath, we build up carbon dioxide in our body, which causes cells and the respiratory center of our brain to become distressed.

Paced breath has the potential to calm your mind and body. This type of breathing exercise can be used in a pinch when youre feeling overly exerted, anxious or distressed. Paced or slower breathing practices support greater brain function, an improved mood, hormone balance and the overall feeling of wellbeing.

Take a moment to listen to Dr. Tracy Gaudets 8-minute video, where she shares more about how breathing helps with healing and stress reduction. Dr. Gaudet introduces the 4-7-8 breathing technique to bring the body, mind and spirit back to a more balanced state. This technique focuses on paced breathing, allowing your exhale to be longer than your inhale. It can create a sense of relaxation in the mind and ease distress.

Find a quiet place to practice, make sure youre seated comfortably with good posture, and try to keep your focus on your breath. If you do lose your focus during the practice, just simply return to your breath.

For more information on self-care through the Whole Health Components of Health and Well-Being, check out our videos here: Whole Health Videos Whole Health (va.gov).

Read the original post:
Live Whole Health #105: Paced breathing - VAntage Point - VAntage Point Blog

Read More..

Rep. Perlmutter says he won’t seek reelection in November | TheHill – The Hill

Rep. Ed PerlmutterEdwin (Ed) George PerlmutterCongress to take up marijuana reform this spring Photos of the Week: Former Sen. Dole lies in state, Capitol sunset and Instagrinch Group aligned with House GOP leadership targeting nine Democrats on spending vote MORE (D-Colo.)said Monday he will retire from Congress after his current term, joining more than two dozen otherHouseDemocrats who have announced they will not seek reelection ahead of this year's midterm elections.

Perlmutter, 68, said in a statement that he has never shied away from a challenge but its time for me to move on and explore other opportunities.

There comes a time when you pass the torch to the next generation of leaders. Im deeply gratified that our bench in the 7th District is deep and fortunately we have a strong group of leaders who are ready and able to take up that torch, he added.

After much thought and consideration, I have decided not to run for reelection. Its been a privilege and honor of a lifetime to serve Colorado, the state I love and have always called home. pic.twitter.com/42vwPpN3cQ

Perlmutter's announcement follows Colorado's new congressional maps, which cut the 7th District from a 15-point Democratic lean to just 6 points,according to FiveThirtyEight.

The eight-term congressman said that despite his retirement, the district has the best of Colorado in it and even though the numbers are slightly tighter we will win.

Perlmutter is now the 26th House Democrat to announce plans for retirementfrom the House. By comparison, 13 House Republicans have announced they won't seek reelection.

The National Republican Congressional Committee (NRCC)added Perlmutter to its list of vulnerable Democrats in Novemberafter GOP candidate Glenn YoungkinGlenn YoungkinPandemic pushes teachers unions to center stage ahead of midterms Overnight Energy & Environment Virginia gears up for fight on Trump-era official Virginia Democrats prepare for rare confirmation fight over Wheeler MOREs win in the Virginia gubernatorial race.

Republicans have to flip just five seats to win control of the House in November.

NRCC spokeswoman Courtney Parellaargued that Perlmutter made the smart decision to retire rather than lose reelection in November, adding that the congressman knows House Democrats wont be in the majority after the midterm elections.

Perlmutter,who first entered Congress in 2007, touted a number of efforts during his time in the House,including pushing to expand renewable energy research, grow his states aerospace community and complete the VA Medical Center in Aurora.

The masthead of the Denver Post once said, Tis a privilege to live in Colorado and indeed it is, Perlmutter wrote. Its been a privilege and honor of a lifetime to serve Colorado, the state I love and have always called home.

House Speaker Nancy PelosiNancy PelosiSALT change on ice in the Senate Lawmakers take stock of election laws in wake of Jan. 6 anniversary Sunday shows - Voting rights in the spotlight after Jan. 6 anniversary MORE (D-Calif.)called Perlmutter a relentless advocate for Colorados top priorities, and said he showeddevoted leadership to the country and his constituents during his time in Congress.

He has brought to the Congress good faith and an open mind to help advance progress for American families while never unwilling to stand his ground, she added in a statement.

This story was updated at 4:56 p.m.

Read more:
Rep. Perlmutter says he won't seek reelection in November | TheHill - The Hill

Read More..

How to Be a Fox: Secrets from the Baylands – Bay Nature

The Palo Alto Baylands are roughly three square miles in area, a little corner of relative wildness carved into the deep south end of San Francisco Bay where 15,000 years ago Columbian mammoths and dire wolves roamed a grassy river valley. Within the wetlands, a cement overflow channel fills with floodwater during heavy rains. A water treatment plant hums steadily and a drainage pipe, still wet with raccoon tracks from last night, sieves salt water into the wetlands. But between the channels and pipes, the Baylands are snarled with small trees and tall grasses gone blond with summer heat: perfect habitat for Urocyon cinereoargenteus townsendi, the Townsends gray fox.

Gray foxes are elusive but not rarein the last year alone, citizen scientists logged nearly 350 sightings of foxes on the iNaturalist biodiversity map of the greater Bay Area. Families of foxes have resided on the Facebook headquarters campus since it opened in 2011, gaining a broad online following of enthusiasts. In 2015, a solitary gray fox became a local news celebrity at San Franciscos Presidiothe first sighting within the park in over a decade. (Around the early 2000s coyotes, which are not above making a snack out of a fox, began making a comeback in the city.) But the Palo Alto Baylands, one of the largest fragments of intact marshland remaining in San Francisco Bay, are the nucleus for what we know about the local lives of these shy animalsin the same way that Tanzanias Gombe Stream National Park became the geographic heart for the worlds understanding of wild chimpanzees. And just as Gombe had Jane Goodalls sharp-eyed attention, the Baylands have their own documentarian, too.

Bill Leikam, the fox guy, unlatches the casing for one of his wildlife cameras in the predawn gloom just past the end of Palo Altos Embarcadero Road. The smell of the marsh settles around us: bitter willow, pungent eucalyptus. The coffee hasnt yet hit my bloodstream, but Leikam deftly slides out the memory card and inserts a new one with the spry fingers of someone accustomed to rising early. For 12 years, Leikama high school English teacher turned trailblazing citizen scientisthas watched the Baylands gray foxes. The foxes, indisputably, have watched him back.

Leikams pointing finger throws a heavy shadow across his headlamp beam as he gestures toward the brush at the edge of the path, showing me where, generations ago, he first met Squat, an inquisitive fox that allowed Leikam to linger and watch him go about his daily deeds. Leikam assigns names to the animals he watches: a warmer kind of science than numbers. Squat, Leikam tells me, taught me the basics of being a fox.

The observations that Leikam makesdutifully, every day at dawn and duskare examples of ethology, the study of animal character. The earliest ethologistsNikolaas Tinbergen, Konrad Lorenz, Karl von Frischwere interested in individual variance. Like butterfly collectors, they wanted to catalog the dazzling diversity of animal behavior not as measured in a lab, but as witnessed in the full and complex context of the natural world. When they were jointly awarded the 1973 Nobel Prize in Physiology or Medicine, it was for their work in decoding the information that animals pass to each other. Ethology, even now, says Robert Sapolsky, neurobiologist at Stanford University, is the process of interviewing an animal in its own language.

Every month, Leikam types up his field notes, and they have become a chronicle of family dramas and tender gestures and nightly hunts. Leikam knows where the foxes nap in the crooks of trees, anticipates their shift from syrupy summer fruits to the rich meat of their winter diet, watches their tails sweep from side to side when they are happy, sees where they bury their food and cleanly mark the edges of their territory, listens to them call out to one another in hoarse and raspy voices. The Baylands landscape is pressed deeply with the prints of generations, and Leikams reports are enough to fill a textbook. But, much as naming the animals shifts the relationship between scientist and subject, Leikams intimate and long-spanning observations shift the focus of natural history from that of understanding species to that of understanding individuals, with interwoven communities and kaleidoscopic nuance. When specific populations are watched with a patient gaze, generalities come apart, Leikam says.

It was in 2014, when December was drawing new grass up through the Baylands mud, that Leikam first came to understand how different foxes are from one another. Rain had flooded a low-lying area beneath a tangle of willow branches, and Leikam had sloshed through it on his way to his next field camera. But three foxesall following him, as the foxes in the Baylands often did for Leikams daily roundshesitated. Gray foxes do not like water. Leikam watched each fox approach the dilemma independently. A teenage pup splashed through water to catch up with Leikam, but Dark Eyesthe alpha female of the whole regionstuck to the edge of the puddle, avoiding the wettest places. Meanwhile, Cute leaped sideways to a low bough and threaded her way across the flooded area along tree branches, keeping her paws dry. Leikam used to think that foxes were running on instinct, he confides as we scuff across the now-dry puddle, but theyre as individual as you or me. They can make choices about how they want to behave, and they can also make choices about the futureLeikam has watched the foxes that often accompany him at a curious distance on his morning rounds take shortcuts in order to meet him at his next wildlife camera site: evidence that they can remember, foresee, strategize, and plan.

The gray foxes of the Baylands, with their bright minds and curious behavior, have shown Leikam how to be a fox, but the rulebook is full of exceptions. Out in the marsh, near the tall eucalyptus west of Charleston Slough, Little One and Brownie raised two litters together. Their family was the first documented fox family in the area with a helpera lone female, often a grown pup without her own territory, who sticks around to assist in raising another pairs pups. Since that time, other helpers have been observed, and successful litters have been raised with their assistance. Little One couldnt have anticipated that Brownie would disappear one day with Helper and never return. He set up a den with his new mate out among the sweet fennel and wild oats in the Emily Renzel Wetlands. For a long time afterward, Little One would go wandering in that direction, maybe looking for her lost mate, until eventuallyperhaps understanding what had come to passshe crept away. Gray foxes are socially monogamous for life, meaning they stick with their partners and work together until death parts them. Studies have shown that occasionally gray foxesmale and female bothwill stray from their territory to mate with other foxes during the breeding season, but they return and care for their young together, often exhibiting extraordinary tenderness. Brownies divorce from Little One was something different, and in Leikams experience, unprecedented.

Want even more stories about Bay Area nature? Sign up for our weekly newsletter!

The spectrum of fox behavior is not unlike the landscape these animals inhabit in the Baylandswell-traveled trails, with a tangly wilderness of possibilities on either side. Alongside the occasional infidelity, theres a capacity for deep family bonds. In 2013, among the dry willows on the Matadero Creek floodplain, two siblings learned together how to be foxes, strong and limber. Bright Eyes would leap at her brother Dark Face, who would spin and run toward her. They would skate to a halt, facing each other with bobbing heads, then leap again into the chase. Together, they wrestled beneath the trees and wove through the dead branches like dancers.

When Leikam found a bundle of fur by the side of the road in the early hours of September 1, 2013a female gray fox knocked lifeless by a car in the nightit took him three days to acknowledge that it was the body of Bright Eyes. During that time, neither of Bright Eyes parents emerged from the bushes as usual to greet Leikam on his morning rounds. Her brother would return often to the floodplain near the trees where he and Bright Eyes used to play, looking out across the wide marsh. He limped on his left leg, perhaps clipped by the same deadly car as the siblings bounded together too close to moving traffic. Dark Face moved slowly, heavily, as if weighed down. They were family, Leikam wrote of the separated siblings, in the deep meaning of that word.

Both gentleness and violence punctuate the lives of gray foxes. A fox kiss is a universal gesture: a damp and delicate touch, nose tip to nose tip. Conversely, combat between foxes is ferocious. A fox fight is swiftin the time it takes to draw a deep breath, whole wars are begun and finished. Squat, the presiding Baylands alpha male, first presented his daughter to Leikam when she was still a pup. Squat emerged from the bushes and sat at the edge of the path, glancing behind himself until, a few minutes later, a pudgy little fox materialized. She touched snouts with her father and looked across the path at Leikaman introduction, of sorts. Bold soon earned her name, appearing alone to daringly watch Leikam while her siblings stayed hidden in the brush.

But when the time came in 2011for Bold to claim land for a den of her own, rather than dispersing, as is typical, she approached Squat and challenged him for his territory. All teeth and claws, Bold fought and defeated her father in mere seconds, taking possession of the same land where Squat had raised her. In the unruly moment that the fight lasted, Leikam captured a photograph of the violence: Bold airborne, mouth open, her teeth as luminous as a new set of knives. It was the stuff of Greek theaterthe ticking of the generational clock, a fathers conquest, the rise of a new empire. It is also the stuff of ethological breakthroughsbehavior like Bolds is phenomenally important in understanding social dynamics, says behavioral ecologist Marc Bekoff, professor emeritus at CU Boulder, who leans forward excitedly as he listens to me relay the story after I return from my adventure with Leikam. An observation like that could generate 20 theses in a heartbeat.

After overthrowing her father and claiming her natal territory, Bold became Mama Bold, and together she and her mate Gray reared families of their ownfive pups nearly every year, raised on warm milk and the dark meat of woodrats in the brushy neighborhood of Fox Hollow. The pups sharp teeth drew blood, so Mama Bold would often lie a few yards from the den. Gray would wander the marsh, returning with food, and he tended to parenting tasks in the den. When the pups were hungry, Gray would approach Mama Bold with a soft nudge, and she would return to feed them. Together, they taught their young how to climb trees, how to hunt. In quiet moments between duties, when Gray lounged in the clearing, Mama Bold would snuggle against him and lay her chin across his warm belly. Curled against each other like this, they would nap.

Betrayal, altruism, loyalty, grief. These are recognizable behaviors that reveal not only sharp intelligence, but a nuanced capacity for emotion that eclipses raw instinct. If gray foxes can abandon mates, mourn lost companions, care for young that are not their own, and live long lives in unbroken devotion to one another, perhaps the rulebook needs to be rewritten with attention paid not just to natural historyhierarchies, life spans, dietsbut with a deeper consideration for the life of the mind. Leikam has come to understand that these animals lead complex emotional and intellectual lives. He once watched a fox pup as it slept. All of a sudden, his hind leg went pop, and it was moving, and thats a signal that theyre dreaming I said, Whats going on in that little foxs mind?

Its a mystery Leikam is still working to unravel. He suspects that foxes might experience their world synesthetically: that is, that they blend their senses and might be able to smell sound or hear odor. With such keen tools of perception, a foxs mind might work in ways that science has yet to measure. Leikam has watched, for example, solitary foxes facing a frightening or challenging experience. Other foxes seem to know whats happening, and will arrive in times of need from long distances. What does a fox dream of? What can these animals hear or feel that we cannot?

These questions get at the heart of ethology, a field that has roots not just in muddy-booted natural history but in the study of the mind. Mid-century scientists called behaviorists were frustrated by the soft science of psychology, which at the time was a much more introspective, philosophical field than it is today. The behaviorists were keen to make psychology quantitative, to slim behaviors down into universal rules that could be applied across all species. Ethology arose in resistance to this. Where behaviorists sought clean uniformity, ethologists paid attention to variation. Where behaviorists tried to pinpoint rules, ethologists made theirs the study of exceptions. Their questionsthen and nowconsider individual motivations and individual minds. What its all about, says Stanfords Sapolsky, is recognizing that other species out there are functioning in sensory modalities we cant even guess at.

Leikam didnt think much of it when, in 2016, he started noticing goopy discharge in several foxes eyes. He made note of it, but he had witnessed the staggering strength of foxes immune systemstheir ability to heal swiftly from injured paws and the raw wounds from fights. Yet by the end of the year, 25 Baylands foxes turned up deadwiped out by a highly contagious viral infection called canine distemper.

Gray. Brownie. Little One. Dark Eyes. Mama Bold. Foxes disappeared entirely from the areawhole families, lost lineages. In their absence, Leikam watched the marsh change. Woodrats, jackrabbits, and field mice exploded in number. The meadows and trails busied with lizards, gopher snakes, gophers, voles, and squirrelsall of which Leikam watched transform the vegetation of the Baylands. He describes gray foxes as keystone predators: animals that, by virtue of their diet, keep whole ecosystems in check. Observations like Leikams lay the groundwork for understanding those systemic balances. You need these data in order to do behavioral ecology, Bekoff says. The fieldwork, he says, is foundational.

For two years and one month, Leikam kept up his daily walks, hoping for a reappearance. Occasionally, video would show up on one of the feeds: a vagabond fox moving through in the night, dark and smooth. But it wasnt until February of 2019 that foxes finally returned to stay. Now LaimosGreek for long neckand his mate Big Eyes have taken up residence at Matadero Creek. They have yet to have any pups.

This morning, Laimos approaches us in the dry overflow canal and sits nearby, watching us with glittering eyes. He yawns. Does the future of fox-kind in the Baylands weigh on his gray shoulders? Leikam would argue that more foxes will come, but only if corridors between fragmented marshy refugia can be planted with fox-friendly brush, and only if tracking collars can be used to help us better understand fox dispersal in the few remaining wildlands of the South Bay, both the work of Leikams nonprofit Urban Wildlife Research Project.

Gray foxes evolved between 8 and 12 million years ago, when the Grand Tetons first began forming and when disorderly Sierra Nevada canyons still filled with down-rushing volcanic lava flows. Gray foxes have been on this planet longer than all other canids; in evolutionary circles, they are called the basal canidthe original dog. Since their ancestry is rooted in a time before other canines, they cannot interbreed with other species in the manner of coyotes and wolves or wolves and domesticated dogs. To look at a gray fox is to look at an unbroken genetic lineage that goes back perhaps as far as 12 million years. A gray fox is an ancient thing.

During the last great ice age, the climate swings of the Pleistocene divided eastern and western gray fox populations. California became a refugium where species took shelter from an increasingly arid continent and from an ice sheet that pressed across middle America like a two-mile-high earthmover.

Considering the landscape of the Bay Area todaypartitioned by highways, stitched together by bridges, patchworked with neighborhoods and tech empiresperhaps green spaces like the Palo Alto Baylands serve as another sort of refugia. Hemmed in on all sides by a landscape that looks very different than it did at the end of the Pleistocene, do gray foxes here continue to adapt to their environment? Occasionally, Leikam receives notes from biologists elsewhere, suggesting that seasonal diets or behaviors of the foxes they study are different from the findings in Leikams reports. The lives of Bay Area gray foxes, it would seem, are unique to Bay Area gray foxes.

Slow, observant science like Leikams is rare and important. Where other disciplines might seek averages, ethology recognizes specific stories. It is a tool for understanding localized natural history, intimately. Linger long enough, and the shy gray fox might reveal something to the patient observer that it has never shared before. Interview them in their own language, and these primeval first dogs might still have lessons for us: how to be a fox; perhaps how to better be human.

See more here:
How to Be a Fox: Secrets from the Baylands - Bay Nature

Read More..

Kansas State University: Your journey to leading in a data-driven world begins here – Study International News

The power of data cannot be understated. Today, every organisation is sitting on treasure troves of information that need to be analysed and converted into better organisational practices. The process of collecting, cleaning, analysing data and interpreting findings is called data analytics, and the experts in charge of these conversions are data analysts who are just as fundamental to a businesss success as they are in demand.

How else would business owners determine which products to develop, markets to enter, investments to make and consumers to target?

Data analysts are now found in various industries, such as business, finance, criminal justice, science, medicine, government and more. The U.S. Bureau of Labour Statistics confirms the boom, estimating 11.5 million jobs in the data science/analytics field to be created by 2026. Up to 364,000 job listings were projected in 2020 alone.

While opportunities are seemingly endless, the proper qualification will always be vital to measuring up. IBM confirms that nearly 40% of the openings in advanced data analytics require a masters degree or higher. According to PayScale, data analytics graduates command an average base salary of US$80,000 annually a figure sure to skyrocket with seniority. Despite attractive numbers, the fact remains with a job growth rate of 8.6%, there are more data-focused job opportunities today than graduates.

Kansas State Universitys (K-State) College of Business Administration has a STEM-designated Master of Science in Data Analytics designed to fill the skills gap quickly, effectively and in an interdisciplinary manner. To ensure the 30-hour programme is as comprehensive as can be, the college has partnered with K-States departments of computer science, economics, geography, industrial manufacturing systems engineering, mathematics and statistics.

Source: Kansas State University, College of Business Administration

The result? One robust, collaborative curriculum providing learners with the skills and knowledge needed to land lucrative, secure, future-focused careers. These professions typically revolve around providing companies with scientific and systematic methods of effective decision-making.

Nurturing these competencies are the required courses of: Programming Techniques for Data Science & Analytics, Intro to Econometrics, Big Data Analytics, Information Technology Strategy and Application, Business Analytics and Data Mining, Social Media Analytics and Web Mining, as well as Applied Marketing Analytics.

The Master of Science in Data Analytics offers two tracks: data science and applied analytics. Each comes with its own set of electives. Both line-ups were structured to provide maximum flexibility to complement academic backgrounds and accommodate professional goals.

The data science track offers electives in artificial intelligence, machine learning, pattern recognition, information retrieval, text mining, quantitative problem-solving techniques, the mathematics of data and networks, categorical data analytics, and more. The applied analytics track unlocks a breadth of knowledge in accounting analytics, economic forecasting, financial modelling, geographic information systems, internet GIS, geocomputation and advanced marketing analytics, amongst others.

Both paths lead learners toward bridging the gaps between data science, analysis skills and business management with confidence. Experiential learning opportunities make this possible. Throughout their programme, students also form enduring professional connections through course projects and research opportunities all over the state of Kansas.

The best part? They get a glimpse into their futures by rubbing shoulders with some of the industrys finest. The Graduate Studies Advisory Council is a Kansas State University hallmark that provides learners with countless opportunities to connect with executives from AT&T, Oracle, Textron Aviation, BNSF Railway, Steel & Pipe Supply Co., CSCS, AIB, ETC Institute, Civic Plus and more.

Engagement within the K-State community can be just as exciting. The College of Business Administration is home to an impressive line-up of academic advisors and career coaches ready to provide one-to-one support to learners excited to strategise their journey to success, much like the graduates before them once did 97% of which have successfully secured employment. Positions in more than 15 student organisations are also ready to be occupied by those keen on getting connected, exhibiting leadership or building their network.

If youre keen to fast-track a lucrative career in our data-driven world, learn more about the Master of Science in Data Analytics.

Follow Kansas State University on Facebook, Twitter, Instagram, YouTube and LinkedIn

Link:

Kansas State University: Your journey to leading in a data-driven world begins here - Study International News

Read More..

ThingSpeak: Ensuring Coal Mining Safety with Internet of Things Solutions – AZoMining

Coal mining is one of the most dangerous occupations, historically claiming the lives of hundreds of thousands of coal miners. Although fatalities in coal mining are at an all-time low, this industry still presents its workers with conditions that can have detrimental effects on their health.

Image Credit:Parilov/Shutterstock.com

One of the main causes for concern is the production of toxic gases within the underground tunnels of a mine, which is simply a by-product of mining. Due to the health implications, the aim of many mining companies is to ensure that their workers do not encounter these gases and that mines can be evacuated as soon as they become too hazardous. ThingSpeak provides a viable internet-of-things (IoT) solution for the integration of various sensors to detect hazardous scenarios.

When working in a mine there are many potential hazards, including thermal stress. Exposure to extreme heat and humidity can cause fatigue, heatstroke, as well as exacerbate other health conditions. Heat and humidity fluctuations are common in mines due to being underground with few channels for heat and hot air to escape.

Another common occupational hazard here is that of chemical exposure. Some of these chemicals are those that miners work with, whilst others are the natural gases that come directly from the surrounding environment. Some of the most toxic of these gases are carbon monoxide, hydrogen sulfide, and methane. Once inhaled, these gases can cause long-lasting respiratory problems, reduced oxygen flow, and in the most severe cases, death.

ThingSpeak is a IoT analytics platform designed to collect, analyze and visualize live data from numerous sensors via the Cloud. IoT platforms such as this are designed to allow data to be transmitted over the internet from multiple sources, leveraging technologies such as smart devices and cloud connectivity.

What makes ThingSpeak suitable for monitoring conditions within a mine is its ability to both visualize and analyze various data streams in real-time. With the increasing availability of cloud computing power and decreasing cost, IoT solutions such as ThingSpeak are providing reliable and cost-effective ways of continuous monitoring sensor data.

ThingSpeak can also be fine-tuned for specific domains. In the case of coal mining, this would mean integrating algorithms that can determine the conditions within the mine from sensor data to then allow those in the mine to be alerted.

Comprising of several parts, the SRM Institute of Science and Technology has proposed an IoT system to monitor conditions within coal mines.

As an overview of this system, there are various sensors that come together to a device known as NodeMCU. This device is then able to transmit and receive data from the ThingSpeak platform. There is a buzzer and LED attached to NodeMCU acting as the main system for alerting nearby miners of any hazards.

The main interface of the system uses the Ardunio Integrated development environment (IDE), which is a low-cost IDE commonly used for robotics and hardware engineering projects. The Arduino IDE provides a console for imputing commands to the system while also providing a way of providing information coming from the system.

The central component of the system, NodeMCU, contains an ESP8266 microchip that holds a WiFi module, allowing data transfer between the system and the cloud via the internet. Connected to NodeMCU are a variety of sensors that continuously take measurements of the conditions inside the mine. The first of these is the GHT-11 sensor, which is a sensor for temperature and humidity. Another is the MQ-6, which is a multi-gas sensor, allowing the detection of hydrogen, methane, alcohol vapors (which are highly flammable), and carbon monoxide.

Another gas sensor is also used in the system, the MQ-7 sensor which detects carbon monoxide and is required due to the highly toxic nature of the gas. In addition, light-dependant resistors ensure that the lighting conditions within the mine tunnels are adequate and safe for work.

A flame sensor is also used to detect the presence of any nearby fires.

The system will use all these sensors to determine the conditions of the mine. If any of these sensors transmit values deemed to be hazardous, the system will activate a buzzer and an LED to alert those in the mine of imminent danger. As the system is connected to the ThingSpeak platform, the mines conditions can be monitored in real-time at an offsite location, with those observing the readings being able to alert those in the mine through the platform.

The overall system proposed here provides a cost-effective way of monitoring the conditions in a mine and also presents a way to collect data over extended periods of time down to the second interval. Having data such as this provides a way for those responsible for mine safety to analyze and possibly predict how conditions could change in different areas of the mine, increasing the safety of those within the mines.

Prabhu, D. et al. (2019) IoT Based Coal Mining Safety for Workers using Arduino. IJESC. https://ijesc.org/upload/8e5c382df1c15740a9ca1f1e42d809f6.IoT%20Based%20Coal%20Mining%20Safety%20for%20Workers%20using%20Arduino.pdf

U.S. Bureau of Labor Statistics. (2010)Injuries, Illnesses, and Fatalities in the Coal Mining Industry. [Online] Available at:https://www.bls.gov/iif/oshwc/osh/os/osar0012.htm

Brandon Gaille (2019)26 Coal Mining Industry Statistics, Trends & Analysis. [Online] Available at:https://brandongaille.com/26-coal-mining-industry-statistics-trends-analysis/

KaaIoT Technologies. What is an IoT platform? [Online] Available at:https://www.kaaiot.com/blog/what-is-iot-platform

ThingSpeak. [Online] Available at:https://thingspeak.com/

Dr. R. Bhuvaneswari. et al.(2021) Design of coal mining safety monitoring and alerting system based on IOT.Paideuma Journal.https://paideumajournal.com/gallery/46-may2021.pdf

Disclaimer: The views expressed here are those of the author expressed in their private capacity and do not necessarily represent the views of AZoM.com Limited T/A AZoNetwork the owner and operator of this website. This disclaimer forms part of the Terms and conditions of use of this website.

View post:

ThingSpeak: Ensuring Coal Mining Safety with Internet of Things Solutions - AZoMining

Read More..

We trust cameras to record our memories. But they need to understand what life really looks like – ZDNet

Ever since digital cameras and smartphones came along, we've been taking more pictures than we can easily manage, but often we still don't have photos of moments we want to remember, either because we're busy enjoying them or because some people tend to take the photos rather than being in them. That's what lifecams promise to take care of.

The point of having a camera that takes pictures for you isn't to replace the kind of carefully composed images where you think hard about the picture you want to take. It's more about capturing moments of your life and leaving you free to enjoy them without thinking about pulling out the camera. If you want to document your life in detail to help you remember it in the future (perhaps when your memory isn't as good as it once was), or if you're always the person taking the photos and never the person getting their photo taken, the idea might seem appealing.

There are potential privacy issues of having an always-on device snapping away without warning, as well as the etiquette questions around whether you warn visitors and give them the option not to be on candid camera. These are much like the issues with smart glasses disguised as ordinary sunglasses, which make many people feel uncomfortable and the many photos and videos of, say, 'cheese-and-wine' parties that we've all been poring over in recent weeks underline the reasons why having photos automatically snapped when someone is doing something interesting isn't always a good thing.

SEE: Your cybersecurity training needs improvement because hacking attacks are only getting worse

And what about retrieving a photo you didn't know you had because you didn't take it? Will all your friends (and data regulators around the world) be comfortable with not just facial recognition but the other data mining you'd need to do to be able to bring up a photo of Aunt Beryl sitting at your kitchen table on a summer afternoon some time in the past 10 years?

Do you want the camera to know about the weather outside with a feed from your smart weather station, be able to sniff which phones are connected to your home Wi-Fi or to sample the air in the kitchen (because smell is one of the most evocative senses, you might remember that you were baking cookies more easily than what year it was)? How about tracking down someone whose name you don't remember?

The question of what makes an interesting photo is also a little fraught, because to be useful, these lifecams need software good enough to pick out the worthwhile images from the hundreds of dud snaps of people turning away, blinking or just sitting there. Think of never being sure whether you're not able to find a photo of a memorable day because you haven't got the right search terms or because the AI didn't detect anything worth taking a picture of.

The technical term for 'interesting' is saliency, and saliency algorithms have bias that we're only just starting to look at. When you look at a picture, you don't look at the whole picture at once: your eye goes to what your brain sees as most interesting. Google uses that as the basis of its new image format, where the part of the image that a machine-learning model predicts is most interesting downloads first: the flower rather than the leaves around it, the eyes and mouth rather than the wall behind someone's head.

Google's machine-learning models learn what we look at in pictures, but that gaze can have bias.

The saliency models that decide what part of the image to download first or how to automatically crop an image without losing visual impact or what photos to take in the first place are directing your gaze as well as responding to what people look at first. As many of us have noticed from endless video meetings over the past 18 months, we tend to look at other people's faces first, but if you see a photo of someone looking at something, you'll look at what they're looking at.

And like many machine-learning models trained by just looking at what people say and do, saliency models encode all the bias of those people, applied automatically, at scale. When Twitter invited researchers to see if there was a bias in its saliency-driven image-cropping algorithm, it found so many problems that instead of trying to redesign the algorithm it's just getting rid of automatic cropping. The research that won the bug bounty shows the algorithm thinks that young, thin, pretty, white, female faces matter the most. Make someone's skin lighter and smoother, make their face look slimmer, younger, more stereotypically feminine and generally more conventionally attractive and the algorithm will crop the photo to highlight them. It tends to cut out people with white hair, as well as people in wheelchairs.

That means, if we're using smart cameras to capture photos of what matters in our lives, we need to make sure that it is not trained to ignore grandparents, friends in wheelchairs or anything else that doesn't match who and what we've accidentally taught it to look at and value because we might not realise until we look through those photos, months or years or decades later.

Excerpt from:

We trust cameras to record our memories. But they need to understand what life really looks like - ZDNet

Read More..

The WHO’s New Pandemic Center Isn’t Ready for Action – Foreign Policy

Last September, Germanys soon-to-be-retired chancellor, Angela Merkel, inaugurated a new World Health Organization (WHO) hub in Berlin that has one main mission: preventing another pandemic from spreading the way COVID-19 did. The then-chancellor said during the COVID-19 pandemic, experts from around the world have been expanding their knowledge at an incredible rate and sharing it to decode the coronavirus.

Merkel cut the ribbon in front of the new center alongside Tedros Adhanom Ghebreyesus, the World Health Organizations director-general. She did so in front of a gray wall with the centers name on a plaque, saying: The WHO Hub for Pandemic and Epidemic Intelligence was inaugurated on 1 September 2021. However, what they really inaugurated was a fake slab of concrete propped up in the middle of a Berlin event venue.

Although the glamorous event, attended by top names in global health, government, and other sectors, celebrated the opening of the WHOs new venture, it was mostly just for show. The new hubs mission is admirably ambitious. But its unclear how a highly political and notoriously bureaucratic international organization will succeed in implementing whats being billed as a startup-style project.

Last September, Germanys soon-to-be-retired chancellor, Angela Merkel, inaugurated a new World Health Organization (WHO) hub in Berlin that has one main mission: preventing another pandemic from spreading the way COVID-19 did. The then-chancellor said during the COVID-19 pandemic, experts from around the world have been expanding their knowledge at an incredible rate and sharing it to decode the coronavirus.

Merkel cut the ribbon in front of the new center alongside Tedros Adhanom Ghebreyesus, the World Health Organizations director-general. She did so in front of a gray wall with the centers name on a plaque, saying: The WHO Hub for Pandemic and Epidemic Intelligence was inaugurated on 1 September 2021. However, what they really inaugurated was a fake slab of concrete propped up in the middle of a Berlin event venue.

Although the glamorous event, attended by top names in global health, government, and other sectors, celebrated the opening of the WHOs new venture, it was mostly just for show. The new hubs mission is admirably ambitious. But its unclear how a highly political and notoriously bureaucratic international organization will succeed in implementing whats being billed as a startup-style project.

More than three months after the hubs inauguration, it is hardly operational. A handful of employees, mostly contractors, initially worked from a temporary office in Berlin, but are now working from Geneva or at their homes elsewhere in the world as they wait for their permanent office to be opened.

One key piece of the new hubs puzzle, however, has at least been found: the head of the new venture. Chikwe Ihekweazu, a Nigerian epidemiologist who has previously acted as the head of Nigerias Centre for Disease Control, is in charge and currently lives in both Berlin and Geneva to get this ambitious project started. Ihekweazu has lived and studied in Germany in the past, so he was a natural candidate to lead the project.

We are trying to solve a global problem, Ihekweazu said in an interview at his Berlin office in late November. We are part of a global member state organization, and we have to deliver value to those member states.

For Ihekweazu, the hubs biggest challenge will likely be political, meaning making sure the hub gets data from as many countries and agencies as possible, a key feature and problem of WHO internal dynamics.

Axel Pries, dean of the board of Charit hospital in Berlin, a strategic partner of the hub, also believes the biggest challenge is going to be political rather than technical: The WHO is the worldwide entity for health, but its not a ruling entity, he said. It has to rely extremely on the willingness of individual member states to adapt to certain standards like international data exchange formats.

At the September 2021 event, Germanys then-minister of health, Jens Spahn, made the new WHO venture sound partly like a startup and partly like a WHO office. Maike Voss, managing director at the German Alliance for Climate Change and Health, agrees the hubs persona fits the city its based in. The narrative around the hub is very techie, which fits Berlin, with the techy start-up scene, which is very pushed by also the German [former] health minister, [who is] very into these kinds of topics and digitalization, Voss said.

Viruses move fast, but data can move even faster, Ghebreyesus tweeted when the hub was opened. To ensure the flow of data beats the next virus, artificial intelligence (AI) and quantum computing can be useful to gather and organize key data. However, people involved in the hub recognize its currently unclear as to how they will go about using these new technologies and what specific ones can be used. The hub is supposed to be equipped with a supercomputer, but no such technology is yet available to them.

Johanna Hanefeld, head of the Centre for International Health Protection at the Robert Koch Institute, Germanys equivalent of the U.S. Centers for Disease Control and Prevention and another strategic partner, believes using new technologies will be essential: I think there is a lot of potential in using AI methods for data mining because we have these large-scale data, she said. All these data sciences are developing rapidly. I think the computational aspects of that really have a massive potential.

The hubs director has a more traditional vision of what the center will do. When he was approached to lead the venture, he said, if this is going to be something in Berlin that is going to use artificial intelligence by suckering data from different sources and coming up with magical solutions, Im probably not the right guy for the job. Yet, he got the job.

The WHO intends to use the hub to gather information about disease incidence and combine it with information about the context the data was sourced from to gain a more complete understanding of risk, creating an opportunity for better, more informed policies and decisions, according to a pamphlet on the project. The document emphasizes the terms collaborative intelligence and multidisciplinary approach. Although some centers use similar approaches around the globe, its a first for the WHO, a United Nations specialized agency with some (though limited) political clout.

To succeed in that approach, the hub will need experts from a wide range of disciplines, which is something it doesnt have yet, Voss said. People implementing the hub in Berlin are very technical, very epidemiological, and not so much social scientists. Political scientists, they have so far none. I think that that can be a problem, she said, adding that a lot of the hubs work is going to rely on social science. The center hasnt started hiring yet, and no job postings are available on the WHOs website as of January 2022.

For the hubs director, the more the team builds up, the more diversified its going to be. We will have a core group of people working on the different data streamsfrom epidemic intelligence, from open sources (information on clusters of deaths), intelligence from pathogens from viruses, bacteria that are emerging new variants, and things like that, Ihekweazu said. Our traditional surveillance data streams and then all the other newer streams we are hoping to bring infrom animal health, from weather, from behavior, from the political context.

For those in Berlin who have worked on developing the new WHO project, the hope is its only a starting point. There will be a training aspect to this, so it will be a center of excellence, Hanefeld said. It will network with partners. I think its also been about looking at if you want to draw pandemic and epidemic intelligence, what are the capacities that you need, including at the national level.

Despite all the resources and investments put into the hub, Sakiko Fukuda-Parr, a professor of international affairs at the New School in New York City, believes the idea even has its limit. As a social scientist, she has studied pandemic preparedness, and through COVID-19, she learned there is no correlation between being prepared and lower mortality rates.

I realize that surveillance capacity using high-tech equipment and analytics is important, Fukuda-Parr said. But what I cant get away from is the fact that our understanding of pandemic preparedness is much too narrow and needs to look at the social and political determinants of contagion that would show the critical role of low-tech interventions like contact tracing/testing/quarantine and state capacity in public health, especially primary health care.

More here:

The WHO's New Pandemic Center Isn't Ready for Action - Foreign Policy

Read More..

HotSpot Therapeutics and Caris Life Sciences Announce Collaboration to Advance Precision Medicine Development for Difficult-to-Drug Therapeutic…

BOSTON, Jan. 10, 2022 /PRNewswire/ --HotSpot Therapeutics, Inc., a biotechnology company pioneering the discovery and development of first- and best-in-class allosteric therapies targeting regulatory sites on proteins referred to as "natural hotspots," and Caris Life Sciences (Caris), the leading molecular science and technology company actively developing and delivering innovative solutions to revolutionize healthcare, today announced a strategic partnership to advance precision medicine approaches for HotSpot's emerging product portfolio. The partnership will focus initially on twotherapeutic programs, the first of which is HotSpot's novel allosteric inhibitor of the E3 ubiquitin ligase CBL-B, an important target in cancer immunotherapy, spanningfrom pre-First in Human (FIH) trials through potential Companion Diagnostics (CDx) and launch.

"HotSpot's Smart Allosterydrug discovery platform is built on AI-enabled technologies unlocking a cutting-edge pipeline of small molecules designed against difficult-to-drug or yet to be drugged targets in cancer and autoimmune disease," said Jonathan Montagu, Co-Founder and Chief Executive Officer of HotSpot Therapeutics."Access to Caris' comprehensive suite of tissue and liquid profiling, real-world data, and broader capabilities will enable robust interrogation of large datasets to accelerate our drug development efforts. This collaboration will yield data-informed insights to inform and speed clinical development and rapidly deliver new treatment options to patients."

Since the launch of its molecular profiling service in 2009, Caris has amassedmolecular dataon more than 356,000 patients and clinical outcomes on more than 275,000 patients. Insights gained from Caris' best-in-class real-world clinico-molecular matched database will be leveraged to optimize HotSpot's development programs, including cohort design, biomarker strategy, and future CDx needs and strategies. Under the terms of the agreement, patients enrolled in HotSpot's Phase 1 through Phase 3 trials will undergo longitudinal testing with Caris' comprehensive tissue and liquid molecular profiling analysis. Through their combined expertise and innovative technology platforms, Caris and HotSpot will work together to bring forward novel treatment options that maximize benefits to patients.

"Our partnership with HotSpot Therapeutics aligns with our organizations' shared passion to bring comprehensive data to bear for patients and amplify our impact on precision medicine," said David Spetzler, M.S., Ph.D., MBA, President and Chief Scientific Officer of Caris."Our breadth and depth of whole exome and whole transcriptomesequencing will provide important information at the individual patient level both in tissue and in blood, and the amount of actionable data generated per patient from HotSpot's studies will be unprecedented, potentially translating into smarter trials and an acceleration of benefit to patients."

In addition to the commitment to profiling and real-world data insights, Caris is granted negotiation rights for CDx programs of partnership therapeutic programs. While detailed partnership financial terms have not been disclosed, the financial commitment is based on program specifics and has the potential to exceed $40M if programs progress through regulatory approval and additional milestones are met.

About HotSpot Therapeutics

HotSpot Therapeutics is targeting naturally occurring pockets on proteins called "natural hotspots" that are decisive in the control of cellular protein function. Largely unexploited by industry, these pockets are highly attractive for drug discovery and enable the systematic design of highly potent and selective small molecules that exhibit novel pharmacology. The Company's Smart Allostery technology platform utilizes AI-driven data mining of large and highly diverse data sets to identify pockets that matter on proteins, integrated with a tailored pharmacology toolkit and bespoke chemistry to rapidly deliver superior hotspot-targeted small molecules. The Company has successfully exploited natural hotspots across multiple classes, including E3 ligases, kinases, and transcription factors. HotSpot has established a product pipeline of rst-in-class small molecules for the treatment of cancer and autoimmune diseases, each enabled by precision and patient-targeted clinical design. To learn more, visitwww.hotspotthera.comor follow us on Twitter (@hotspotthera).

About Caris Life Sciences

Caris Life Sciences(Caris) is the leading molecular science and technology company actively developing and delivering innovative solutions to revolutionize healthcare and improve patient outcomes. Through comprehensive molecular profiling (Whole Exome and Whole Transcriptome Sequencing) and the application of advanced artificial intelligence (AI) and machine learning algorithms, Caris has created the large-scale clinico-genomic database and cognitive computing needed to analyze and unravel the molecular complexity of disease. This information provides an unmatched resource and the ideal path forward to conduct the basic, fundamental research to accelerate discovery for detection, diagnosis, monitoring, therapy selection, and drug development to improve the human condition.

With a primary focus on cancer, Caris' suite of market-leading molecular profiling offerings assesses DNA, RNA, and proteins to reveal a molecular blueprint that helps patients, physicians, and researchers better detect, diagnose, and treat patients. Caris' latest advancement, which is currently available within its Precision Oncology Alliance, is a blood-based, circulating nucleic acids sequencing (cNAS) assay that combines comprehensive molecular analysis (Whole Exome and Whole Transcriptome Sequencing from blood) and serial monitoringmaking it the most powerful liquid biopsy assay ever developed.

Headquartered in Irving, Texas, Caris has offices in Phoenix; New York; Denver, Tokyo, Japan; and Basel, Switzerland. Caris provides services throughout the U.S., Europe, Asia, and other international markets. To learn more, visitCarisLifeSciences.comor follow us on Twitter (@CarisLS).

View original content to download multimedia:https://www.prnewswire.com/news-releases/hotspot-therapeutics-and-caris-life-sciences-announce-collaboration-to-advance-precision-medicine-development-for-difficult-to-drug-therapeutic-targets-301456625.html

SOURCE HotSpot Therapeutics

Read more here:

HotSpot Therapeutics and Caris Life Sciences Announce Collaboration to Advance Precision Medicine Development for Difficult-to-Drug Therapeutic...

Read More..

Europe Mining Vehicle Market growth Possibilities, Analysis and Forecast To 2027 Industrial IT – Industrial IT

Mining Vehicle Market 2022-2027:

The Global Mining Vehicle market exhibits comprehensive information that is a valuable source of insightful data for business strategists during the decade 2017-2027. On the basis of historical data, Mining Vehicle market report provides key segments and their sub-segments, revenue and demand & supply data. Considering technological breakthroughs of the market Mining Vehicle industry is likely to appear as a commendable platform for emerging Mining Vehicle market investors.

The complete value chain and downstream and upstream essentials are scrutinized in this report. Essential trends like globalization, growth progress boost fragmentation regulation & ecological concerns. This Market report covers technical data, manufacturing plants analysis, and raw material sources analysis of Mining Vehicle Industry as well as explains which product has the highest penetration, their profit margins, and R & D status. The report makes future projections based on the analysis of the subdivision of the market which includes the global market size by product category, end-user application, and various regions.

Get Sample Report: https://www.marketresearchupdate.com/sample/348422

This Mining Vehicle Market Report covers the manufacturers data, including shipment, price, revenue, gross profit, interview record, business distribution, etc., these data help the consumer know about the competitors better.

Topmost Leading Manufacturer Covered in this report:Toyota, PAUS GmbH, Cat, Damascus Corporation, Classic Motors, MINECAT, Marcotte Mining, NPK, Artisan, Paus, Getman Corporation, BKT Tires, Mining Technology, Fermel, InterClean, BAS Mining trucks, Astec Industries Inc, ASI Robots, Allison Transmission, Liebherr, Vulcan, VBOX Mining

Product Segment Analysis: Land CruiserUnderground VehicleOthers

On the Basis of Application:MiningConstructionOthers

Get Discount @ https://www.marketresearchupdate.com/discount/348422

Regional Analysis For Mining VehicleMarket

North America(the United States, Canada, and Mexico)Europe(Germany, France, UK, Russia, and Italy)Asia-Pacific(China, Japan, Korea, India, and Southeast Asia)South America(Brazil, Argentina, Colombia, etc.)The Middle East and Africa(Saudi Arabia, UAE, Egypt, Nigeria, and South Africa)

The objectives of the report are:

To analyze and forecast the market size of Mining VehicleIndustry in theglobal market. To study the global key players, SWOT analysis, value and global market share for leading players. To determine, explain and forecast the market by type, end use, and region. To analyze the market potential and advantage, opportunity and challenge, restraints and risks of global key regions. To find out significant trends and factors driving or restraining the market growth. To analyze the opportunities in the market for stakeholders by identifying the high growth segments. To critically analyze each submarket in terms of individual growth trend and their contribution to the market. To understand competitive developments such as agreements, expansions, new product launches, and possessions in the market. To strategically outline the key players and comprehensively analyze their growth strategies.

View Full Report @ https://www.marketresearchupdate.com/industry-growth/mining-vehicle-market-trends-2022-2027-348422

At last, the study gives out details about the major challenges that are going to impact market growth. They also report provides comprehensive details about the business opportunities to key stakeholders to grow their business and raise revenues in the precise verticals. The report will aid the companys existing or intend to join in this market to analyze the various aspects of this domain before investing or expanding their business in the Mining Vehicle markets.

Contact Us:[emailprotected]

Go here to read the rest:

Europe Mining Vehicle Market growth Possibilities, Analysis and Forecast To 2027 Industrial IT - Industrial IT

Read More..