Oops: Human Embryologist required in Surrogacy bill, but not produced by India – Medical Dialogues

New Delhi: Since its introduction, the surrogacy bill has been topic of controversy. In January, 2017, the Rajya Sabha Chairman referred the legislation, as introduced in the Lok Sabha, to the Standing Committee on Health and Family Welfare for examination and a report on it. Recently, the said committee submitted its report, which was then presented in the Rajya Sabha.

The committee, indeed put forward many progressive suggestions, and pointed out some very valid drawbacks in the proposed bill that need to be corrected for its successful implementation. The committee was seen strongly recommendingthat the Assisted Reproduction Technologies (ART) Bill, 2008 should be brought forth first before bringing in the surrogacy bill as surrogacy procedures cannot be conducted without assisted reproduction techniques and there is urgent need to regulate the ART clinics across the country.

Amongst other recommendations, the committee made an observation, pointing out to the obvious flaw in the bill, that deals with the definition of a human embryologist-a specialty doctor necessary in the process of surrogacy and related procedures to avoid any kind of negligent and violators incidents. It was noted that the definition limitedhuman embryologist to one having the said PG degree recognised by the IMC Act. Ironically, there is no degreein the field of human embryology recognized under the Indian Medical Council Act.

Clause 2 (n) of the Bill deals with the definition of human embryologist which reads as:

human embryologist means a person who possesses any post-graduate medical qualification in the field of human embryology recognized under the Indian Medical Council Act, 1956 or who possesses a post-graduate degree in human embryology from a recognized university with not less than two years of clinical experience;

However, what may comes as surprise, but should have been obvious to those who drafted the bill, is that there is no such specialisation of human embryologist that exists in India. The committee noted

During the examination of the Bill, the Committees attention was drawn to the fact that there is no degree given by the MCI designating as Human Embryologist.There is no university in India which offers a post-graduate medical qualification in the field of human embryology

Noting the glaring obvious flaw, the committee then took a jibe at the expense of the Department of Health Research, the body responsible for the bill.

the Committee is surprised to observe the desultory approach of the Department while drafting the proposed Bill. Interestingly, there is no university offering medical courses across the country that confers the degree of human embryology. The Committee fails to understand how the Department would utilize the services of such specialty doctors in every corner of the country when these doctors do not exist. The Department does not have the data about number of clinical embryologists working in the country.

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Oops: Human Embryologist required in Surrogacy bill, but not produced by India - Medical Dialogues

Gear, Adrian Richard Leishman – The Daily Progress

Adrian Richard Leishman Gear, 77, of Charlottesville, Virginia passed away on Sunday, June 18, 2017. He is survived by his loving wife of 53 years, Carol; his two sons, Andrew, Charlotte, N.C. and Richard, Portland, Ore.; and two grandchildren, Hannah and Julia, Charlotte, N.C. Other surviving family members include brothers, Michael, Scotland, UK and Peter, Mill Valley, Calif. Adrian was born on August 31, 1939, in Pretoria, South Africa. He was the third son of Dr. Harry S. Gear and Joyce Gear. In 1944, the family moved to Cape Town where his father became Deputy Chief Health Officer for the S.A. Department of Public Health. Adrian was educated at Bishops Diocesan College. The family later moved to Geneva, Switzerland in 1951, where his father became the Assistant Director General of the World Health Organization. While in Geneva, Adrian attended the International School of Geneva. Adrian went on to attend Oxford University for undergraduate, graduate and finally a Doctor of Philosophy degree under the direction of Sir Hans Krebs. He then completed a postdoctoral fellowship at Johns Hopkins University under the tutelage of Dr. Albert Lehninger before joining the Department of Biochemistry at the University of Virginia as an Assistant Professor in 1967 at the tender age of 28. Dr. Gear had a long and productive career at the University, where he studied the role of platelets in the blood-clotting cascade, in particular, those involving the interactions of oxidized lipoproteins and bacterial toxins and their relationship to cardiovascular pathology. He developed a unique, "quenched flow" method of studying the kinetics of platelet adhesion and aggression in real time on the millisecond scale. Dr. Gear had a passion for teaching and successfully guided hundreds of graduate and medical students through the convoluted world of Biochemistry with great joie de vie. Like his father before him, Adrian maintained a sacrificial mindset towards family. Family came first, and Adrian willingly sacrificed his time despite the obsessive demands of academia that has orphaned many a child. This included long nature walks through the Blue Ridge mountains, gardening and the Botany behind it, birds and birding, teaching photography, coaching soccer, performing rudimentary science projects, endless homework, and editing creative writing projects just to name a few. None of these activities were performed grudgingly but with a steadfast joy. Adrian's deep love for family manifested in his photography. Adrian learned his craft as a child on an old Contax camera, capturing the beauty of Southern Africa, including its birds and landscapes. He went on to win an award while in Geneva for a winter photograph of Lake Geneva. The family enjoyed (and occasionally suffered through) endless slide shows. It was one way he looked back at and cherished his time with us. Adrian was missing in most of these images, but he was the glue and presence behind them all. In addition to photography, Adrian loved languages (French and German in particular and a splash of Swahili), woodworking, and music. In his later years, he was known for starting spontaneous conversations in French when in the presence of a willing participant. Numinous and almost angelic in his disposition, Adrian was an otherworldly figure in an otherwise increasingly angry and bitter world. Like the popular "I am second" declaration, he put himself second. He gave generously of himself, and the outpouring from former faculty, friends and students bears witness to that. He will be sorely missed, but we plan on seeing him again. A service to celebrate his life will be held on Sunday, October 15, 2017, at 4:30 p.m. at the University of Virginia Chapel, 145 McCormick Road, Charlottesville, VA 22903. In lieu of flowers, the family asks that memorial contributions be made to either the Hospice of the Piedmont, 675 Peter Jefferson Parkway, Suite 300, Charlottesville, VA 22911, or Alzheimer's Foundation, 1160 Pepsi Place, Suite 306, Charlottesville, VA 22901. Condolences may be sent to the family at http://www.hillandwood.com

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Gear, Adrian Richard Leishman - The Daily Progress

‘Grey’s Anatomy’ Star Reveals Where Season 14 Picks Up – People’s Choice

Johnni Macke 11:49 am on August 11, 2017

(Photo Courtesy: ABC/Ron Tom)

Greys Anatomy season 14 is set to premiere next month, and fans have been busy predicting what will happen when the series returns.

Withfans already noticing that the cast of Greys Anatomy was filming new scenes for season 14 in the same clothes they donned in the season 13 finale, star Kelly McCreary has confirmed in an interview withEntertainment Weeklythat the ABC doctordrama willin fact pick up right where last season left off!

Theres obviously some damage to the hospital, Kelly McCreary told Entertainment Weekly about the new season, which will start right after the finale explosion. But it is, in true Greys Anatomy style, a completely surmountable obstacle, because we are superhuman doctors. It serves more as a metaphor of the transformation that the show is going to go through tonally.

While there might be some danger, and darkness left over from last season, McCreary, who plays Dr. Maggie Pierce on the show, hinted that come fall, things will be a bit lighter.

This isnt the first were hearing about a lighter side of Greys Anatomy, however, because earlier this week Jessica Capshaw, who plays Dr. Arizona Robbins, teased a righteously hysterical series premiere.

We know what youre thinking if its picking up after the explosion its serious, not funny, but like both McCreary and Capshaw teased, the light-heartedness is coming.

Its very funny. Its very irreverent, and funny and sort of on its side, Capshaw said while talking with E! Newsabout the new season.

Lets be honest there is only so much sadness we can take, so we welcome the lighter side of Greys come season 14!

Greys Anatomy returns with a two-hour premiere to start season 14 on September 28, 2017 at 8 p.m. on ABC.

For the latest pop culture news and voting, make sure to sign up for the Peoples Choice newsletter!

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'Grey's Anatomy' Star Reveals Where Season 14 Picks Up - People's Choice

Anatomy of a brutal killing… the brick, the baseball bat and the blood – Independent.ie

He arrived for an unplanned Saturday night visit, after a flurry of phone calls between Martens Corbett and her parents, despite being expected at work on the Monday morning. What was discussed on the phone remains unclear.

2. Molly's screams/no injuries

Martens claims he woke in the middle of the night to find Mr Corbett strangling his daughter. However, she refused a medical assessment at a nearby hospital after police arrived. A witness told the court that Martens Corbett was "rubbing her neck in a scrubbing motion". A paramedic attending the scene said they saw light redness on her neck but no abnormalities.

3. Trazodone sedative

The district attorney's office revealed that traces of a powerful sleep medication, trazodone, were found in Mr Corbett's blood stream. A nurse, Katie Wingate-Scott of the KPC health centre, confirmed to the trial that Martens Corbett was prescribed Trazodone in 50mg doses on July 30 - three days before her husband's death.

4. The brick

A brick Martens Corbett used to hit her husband was shown to jurors. It was covered with blood on both sides. A forensic expert told the court it was used to strike Mr Corbett more than once with excessive force. Martens Corbett said she had kept the brick on her night stand before the attack but did not say why it was in the bedroom.

5. The baseball bat

Martens said he struck Mr Corbett with a baseball bat he brought to the house that evening: "I hit him until he couldn't kill me." It was in the guest room where he was sleeping before he brought it upstairs after hearing a loud noise. The black 'Louisville Slugger' bat was 28 inches long and made of aluminium. Martens brought it to the house as a gift for Mr Corbett's son but it was not given to him. It had previously belonged to his own son, Stewart.

6. Bloodstains on Jason's bed

Forensic expert Stuart James told the court that bloodstains on the bed sheets showed Mr Corbett was struck there. He found blood spatters on the inside of the quilt on the bed, in addition to blood saturation marks inside the mattress. "It may well be where the bloodshed first occurred," he said.

7. Blood spatter

An analysis of the blood spatter patterns around the bedroom showed Mr Corbett was struck on the head while falling and while he was on, or close to, the ground. Stains found on the inside hem of Martens's boxer shorts were said to have travelled upwards and indicated that Mr Corbett was below them when he was struck on the head. Similar patterns were discovered on Martens Corbett's pyjamas.

8. The 911 call

Prosecutors claimed a 911 call after the killing was delayed and said Martens Corbett and her father engaged in fake CPR efforts. The dispatcher who took the call said she was surprised at how calm Martens was as she talked him through performing CPR and chest pumps. "There was no panting, no gasping. He wasn't out of breath," she added.

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Anatomy of a brutal killing... the brick, the baseball bat and the blood - Independent.ie

Style Anatomy: Urooba Khuro – The Express Tribune

The owner of Pakistans first luxe sleepwear, SlumberGram, speaks to us about what fashion is to her

The owner of Pakistans first luxe sleepwear, SlumberGram, speaks to us about what fashion is to her

Understanding your body is the key to looking good and a trait found amongst all impeccably dressed fashionistas. While people shy away from talking about their bodies, these brave souls explain how they work their anatomies to their advantage

How would you describe your body type?

I would describe it as curvy and petite. I have defined collarbones and shoulders, but at the same time 39 of curves!

Has your body changed over the last five years?

Not drastically, but yes a few pounds here and there.

How has your style changed over the years?

Style is something that is personal and defines your individuality. I feel that mine hasnt changed, but actually just improved.

In your opinion what is the most troublesome area?

I wouldnt call any part of my body a troublesome area as such, but yes sometimes my thighs can be troublesome. Especially when Im buying a new pair of jeans or pants.

How do you dress your body according to your body type?

My all-time favourite look is slim-fit jeans with a slightly loose top. I try my best to wear clothes that dont make me look too short.

In your opinion what is the biggest mistake a person can make while dressing here?

The biggest mistake would be to blatantly imitate the style of other people without considering your own body type and personality.

Which silhouettes suit your body the most?

Anything well tailored suits my body. I dont restrict myself from wearing anything in particular, if it fits well and looks nice, thats good enough for me.

What do you shy away from wearing and why?

Im very experimental when it comes to my clothes, but Im definitely not a fan of revealing my legs and knees.

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Style Anatomy: Urooba Khuro - The Express Tribune

The Human Heart May Have a Natural ‘Backup Battery’ – Healthline

Researchers say they've found a system in the human heart that allows the organ to restart itself. Their discovery could lead to the replacement of pacemakers.

In an episode of Star Trek: The Next Generation, Lt. Worf is badly injured, but recovers when it is discovered that his body holds a lot of redundant parts and organs for example, 23 ribs that allow him to regenerate.

Science fiction?

Not entirely.

A team of researchers at The Ohio State University Wexner Medical Center discovered that the human heart contains its own fail-safe backup battery system to regulate the heartbeat.

Their findings were published in Science Translational Medicine.

If further testing is successful, fewer people might need mechanical pacemakers in the future.

The potential market is big.

More than 200,000 people in the United States have a pacemaker implanted every year.

The research is still preliminary, but scientists hope to turn it into practical use some day.

In the future we want to develop something that practitioners would welcome, Vadim Fedorov, PhD, an associate professor of physiology and cell biology at The Ohio State University College of Medicine, told Healthline.

Fedorov explained that an implanted pacemaker works by replacing the hearts defective natural pacemaker functions.

The sinoatrial (SA) node, or sinus node, is the heart's natural pacemaker. It's a small mass of specialized cells in the top of the right atrium (upper chamber of the heart). It produces the electrical impulses that cause the heart to beat.

The heart is hardwired to maintain consistency. Irregular heartbeat, or arrhythmia, can be due to heart disease or other problems, such as changes in diet or hormones or electrolyte imbalance.

Optical and molecular mapping of the human heart revealed that the SA node is home to multiple pacemakers, specialized cardiomyocytes that generate electrical heartbeat-inducing impulses.

Total cardiac arrest occurs only when all pacemakers and conduction pathways fail.

Too technical?

Think of it as a car battery. One day your car wont start. Turns out the battery is still good, but one of the connector cables is bad.

So you clean or replace the wire and save yourself from major repairs.

The Ohio State teams discovery showed that the human heart battery restarts itself.

To prove their point, the researchers actually restarted hearts that were destined for the trash heap.

Most of them came from people getting new hearts or accident victims whose hearts were not suitable for transplant.

We kept them in a special solution, he said. When we warm them to body temperature, they will beat.

The discovery, while exciting, is not going to change clinical practice in the next 60 days.

But it offers promise.

Dr. John Hummel, FACC, is a cardiologist at The Ohio State University Wexner Medical Center and is director of the electrophysiology research section and professor of cardiovascular medicine.

He told Healthline the study is intriguing.

These findings finally give us insight as to the actual structure and behavior of the natural pacemaker of the human heart, he said. Diagnosing disease of the natural pacemaker is often straightforward, but can also be one of the more challenging diagnoses to make.

Dr. Fedorovs findings will likely allow us to develop new approaches to discriminate disease from normal behavior of the sinus node, and give our patients a definitive diagnosis of health or disease of the hearts natural pacemaker, Hummel explained.

Funding to translation of this bench research to clinic research is the next step, he added.

Dr. Gordon Tomaselli, professor of medicine, cellular and molecular medicine at the Johns Hopkins School of Medicine and past president of the American Heart Association, expressed similar thoughts.

The work by Vadim Fedorovs group is a beautifully done study on explanted [not used for transplant] human hearts, Tomaselli told Healthline.

He called the infrared optical mapping studies with pharmacological interventions demonstrating the functional redundancy and complexity of the sinoatrial node (SAN) the most compelling part of the work.

Being able to view the hearts in three dimensions increases the researchs usefulness.

Tomaselli pointed out that researchers have known for decades from previous work in animals, and in clinical human electrophysiological labs, that SAN is functionally redundant and anatomically complex.

He urged caution.

I do not think this paper will fundamentally change the management of patients with regard to pacemaker implantation, he said. Although around half of pacemakers are implanted for diseases of the sinus node or atrium, they are implanted not to prolong life but instead to relieve symptoms [fatigue, shortness of breath particularly with exercise].

He went on, The more life-threatening problems with electrical conduction in the heart for which we put in pacemakers to prolong life involve the electrical system that connects the top and bottom chamber [called the AV node] and the conduction system in the lower chambers. This paper does not address this problem.

So, for the meantime, a Klingon skeleton might be your best bet.

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The Human Heart May Have a Natural 'Backup Battery' - Healthline

European Academy of Allergy and Clinical Immunology …

EAACI StatementThe EAACI community is deeply affected by the recent media reports of the death of a young child undergoing an oral food challenge (OFC) in the United States. Firstly, we wish to express our sincere condolences to Alastair Watson's family.

This is the first fatality reported in relation to OFC's and we await the full facts surrounding Alastair's death. While we wait for further details, this statement hopes to reassure the wider allergy community and to highlight procedures that should be followed by those performing OFC's; the gold standard test for food allergy diagnosis.In this regard EAACI has delivered the Guidelines for Food Allergy Diagnosis and Management in 2014 that should serve as best practice of care.

Food challenges are essential for the effective diagnosis and progress management of food allergies and currently cannot be replaced by skin prick or blood IgE, component or basophil activation testing or allergy testing alone. Patients and families should be informed about the potential risks and appropriate consent should be obtained. The OFC has been used safely for decades Life-threatening and fatal anaphylaxis at OFC's are exceptional if proper process and equipment are put in place by the health care professionals involved in oral food challenges. Reviewing internal procedures, setting, staffing and supervision should be performed on regular basis and on individual basis when needed. Ensuring patients safety is paramount. Protocols should be in place following some international guidance such as PRACTALL summarized in the EAACI Guidelines for Clinical practice on Food Allergy and Anaphylaxis, available for download here.

EAACI Pediatric Section

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European Academy of Allergy and Clinical Immunology ...

ALLERGY AND IMMUNOLOGY SPECIALIST – Bangor Daily News

Select a major from the list

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ALLERGY AND IMMUNOLOGY SPECIALIST - Bangor Daily News

Appointment and reappointment to the Institute for Research in Immunology and Cancer of the Universit de Montral … – Canada NewsWire (press release)

MONTREAL, Aug. 7, 2017 /CNW Telbec/ - The Institute for Research in Immunology and Cancer (IRIC) of the Universit de Montral (UdeM) is pleased to announce that the UdeM Executive Committee has reappointed Mr.Robert Tessier as Chairman of the Board and has appointed Ms.Lucie Rmillard as a Board member.

The IRIC welcomes with great enthusiasm Mr.Tessier's reappointment and looks forward to his three-year mandate. Mr.Tessier is also Chairman of the Board of Directors of the Caisse de dpt et placement du Qubec.

Drawing on 12 years of active involvement with the organization, Mr.Tessier, as Chairman of the Board, will be surrounded by a team of dedicated collaborators sharing a wealth of expertise and various academic, business and philanthropic networks which they may call upon.

The IRIC will now be able to rely on the support of Lucie Rmillard, a corporate director with an extensive knowledge of the philanthropic sector acquired over the years, on the multifaceted work experience of Frdric Bouchard, Dean of the Faculty of Arts and Sciences (FAS) of the UdeM, as well as the dedication of current Board members: Dr.Marie-Jose Hbert, Vice-Rector of Research, Discovery, Creation and Innovation at the UdeM, Dr. Hlne Boisjoly, Dean of the UdeM's Faculty of Medicine, Jacques Bernier, Managing Partner at Teralys Capital, Marie-Jose Coutu, President of the Marcelle and Jean Coutu Foundation, Jean Royer, Vice-President of Distinction Capital, Michel Bouvier, Chief Executive Officer and Principal Investigator at the IRIC, and Marc Therrien, Scientific Director and Principal Investigator at the IRIC.

"The IRIC is truly fortunate to be able to count on a Board of such high calibre which, through its commitment and dedication to research, continues to support the Institute's objectives and development." Michel Bouvier, Chief Executive Officer and Principal Investigator at the IRIC

The IRIC would like to take this opportunity to extend its heartfelt thanks to the Board's outgoing members for their involvement and unwavering support throughout their mandate. Many thanks to Tania Saba, former interim Dean at the UdeM's FAS as well as Tenured professor of the UdeM, to Grard Boismenu, Vice-Rector of Academic Development and Institutional Transformation of the UdeM, to Johane Boucher-Champagne, former Chair of IRICoR's Board of Directors, and Jacques Parisien, director and advisor for several Canadian companies.

About the Institute for Research in Immunology and Cancer (IRIC)An ultra-modern research hub and training centre located in the heart of the Universit de Montral, the Institute for Research in Immunology and Cancer (IRIC) was created in 2003 to shed light on the mechanisms of cancer and discover new, more effective therapies to counter this disease. The IRIC operates according to a model that is unique in Canada. Its innovative approach to research has already led to discoveries that will, over the coming years, have a significant impact on the fight against cancer. For more information: http://www.iric.ca/en/

SOURCE Institut de recherche en immunologie et en cancrologie de l'Universit de Montral

For further information: or interviews: Catherine Cardinal, Chief, Communication and media relations, 514 343-6111, ext. 41299, catherine.cardinal@umontreal.ca; Cristina Annunzi, Advisor, Communication and media relations, 514 343-7283, cristina.annunzi@umontreal.ca

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Appointment and reappointment to the Institute for Research in Immunology and Cancer of the Universit de Montral ... - Canada NewsWire (press release)

Google Combines Neuroscience Into DeepMind AI Platform – Android Headlines

Google has added a new capability to DeepMind that enables its artificial intelligence (AI) platform to take a nap at a given point of time. DeepMind explained in a blog post that the new development in its AI effort incorporates ideas from neuroscience research, a move that significantly complements the typical logic-based and theoretical mathematical approaches to AI. Neuroscience does this through the identification of biological computation that DeepMind believes could have a substantial contribution to helping the platform learn from its environment in a more human-like fashion. DeepMind, therefore, intends for the addition of neuroscience into its AI work to check whether existing AI techniques are functioning as they should and to produce new kinds of algorithms that can be used to create AI-based systems.

DeepMind mentioned a new finding in neuroscience research stating that the human brain is capable of revisiting its earlier neuronal activities during sleep. That means the biological brain can still store and process data from an earlier experience, failed or successful, even if it is resting and consequently make successes in the future. That inspired DeepMind to make its AI platform learn how to sleep. The company argued that while it might appear as though the concept of sleep is illogical in the context of AI as a tool to solve computational problems, the idea is to develop an algorithm that can store a host of experimental data and review those pieces of information while at rest in order to study where it flopped and succeeded in the past. In other words, even if an AI-based computer previously failed to solve a computational challenge, it can still handle training data while in offline mode and use that same information to accomplish the task in the future. The concept forms part of DeepMinds deep-Q network algorithm that uses raw pixels and score data to learn a wide variety of Atari 2600 games.

DeepMind said that some of the challenges that AI can solve in the future with the help of neuroscience include imagination, a concept that the company introduced into two kinds of AI that it developed recently with the goal of helping to plan for the future by learning to separate useful data from irrelevant information. An update on DeepMinds growing AI efforts will likely follow in the coming months.

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Google Combines Neuroscience Into DeepMind AI Platform - Android Headlines