TCHResearchNews(@TCHResearchNews) 's Twitter Profileg
TCHResearchNews

@TCHResearchNews

Resource for media & associations to receive latest Texas Children's Hospital research news. For inquiries contact [email protected]

ID:780876822493835264

linkhttp://www.texaschildrens.org calendar_today27-09-2016 21:08:37

1,2K Tweets

1,1K Followers

343 Following

Follow People
TCHResearchNews(@TCHResearchNews) 's Twitter Profile Photo

A study published in Cell Reports by Dr. Hyun K. Lee, Qi Ye & others Texas Children's BCMHouston reports damaged blood-brain barrier as a cause for , opening potential new avenues for targeted therapies for stroke & related conditions: bit.ly/3QKSLMO

A study published in @CellReports by Dr. Hyun K. Lee, Qi Ye & others @TexasChildrens @bcmhouston reports damaged blood-brain barrier as a cause for #ischemic #stroke, opening potential new avenues for targeted therapies for stroke & related conditions: bit.ly/3QKSLMO
account_circle
TCHResearchNews(@TCHResearchNews) 's Twitter Profile Photo

Cain Labs & Duncan NRI Texas Children's & BCMHouston researchers find a novel first-in-class gene therapy that alleviates symptoms in animal models of STXBP1 disorder, which causes severe & cognitive disability in children: bit.ly/3UZHPNG Capsida Biotherapeutics

Cain Labs & Duncan NRI @TexasChildrens & @bcmhouston researchers find a novel first-in-class gene therapy that alleviates symptoms in animal models of STXBP1 disorder, which causes severe #epilepsy & cognitive disability in children: bit.ly/3UZHPNG @CapsidaBio
account_circle
TAMEST(@TAMESTX) 's Twitter Profile Photo

Scientists including TAMEST Member Huda Y. Zoghbi, M.D. (NAM, NAS), @BCMHouston, have found a way to restore brain cells impaired by a rare and life-threatening genetic disorder called Timothy syndrome. Read More: buff.ly/4b5Ds9u

Scientists including TAMEST Member Huda Y. Zoghbi, M.D. (NAM, NAS), @BCMHouston, have found a way to restore brain cells impaired by a rare and life-threatening genetic disorder called Timothy syndrome. Read More: buff.ly/4b5Ds9u
account_circle
TCHResearchNews(@TCHResearchNews) 's Twitter Profile Photo

Meet members of the Texas Children's Liver Tumor Program — one of the largest of its kind in the country! The team of @BCMHouston physicians sees a sizable portion of liver tumor cases in the US and has built unparalleled expertise >bit.ly/3QyVZ5I

account_circle
TCHResearchNews(@TCHResearchNews) 's Twitter Profile Photo

Thanks to everyone who attended the 20th Research Symposium @TexasChildren’s & Hematology Center! The event featured 10 talks, fascinating keynote lectures, oral & poster sessions, and opening remarks from the center director, Dr. Susan Blaney. Research

Thanks to everyone who attended the 20th Research Symposium @TexasChildren’s #Cancer & Hematology Center! The event featured 10 talks, fascinating keynote lectures, oral & poster sessions, and opening remarks from the center director, Dr. Susan Blaney. #CancerResearch #EndCancer
account_circle
TCHResearchNews(@TCHResearchNews) 's Twitter Profile Photo

Dr. Mirjana Maletic-Savatic & her team Texas Children's BCMHouston launch a study to understand how conditions in space affect the formation of new neurons, with the ultimate goal of identifying potential new treatments for & : bit.ly/3y1zlwu

Dr. Mirjana Maletic-Savatic & her team @TexasChildrens @bcmhouston launch a study to understand how conditions in space affect the formation of new neurons, with the ultimate goal of identifying potential new treatments for #brain #disorders & #Cancer: bit.ly/3y1zlwu
account_circle
BCM Department of Neuroscience(@bcm_neurosci) 's Twitter Profile Photo

Our very own HHMI Freeman Hrabowski Scholar, Dr. Kara Marshall, shares some encouraging words for others who are also considering to apply for the program . Below is the link to apply - deadline is 5/15.

account_circle
TCHResearchNews(@TCHResearchNews) 's Twitter Profile Photo

Introducing YuMi - the world's first human-friendly robot that can transfer fruit flies between vials w/o the need for anesthesia - designed & built by Dr. Juan Botas & team BCMHouston Texas Children's in collaboration w/ABB Robotics : bit.ly/4av6ChT

Introducing YuMi - the world's first human-friendly robot that can transfer fruit flies between vials w/o the need for anesthesia - designed & built by Dr. Juan Botas & team @bcmhouston @TexasChildrens in collaboration w/@ABBRobotics #Robotics #innovation: bit.ly/4av6ChT
account_circle
TCHResearchNews(@TCHResearchNews) 's Twitter Profile Photo

A phase I trial by Dr. Meenakshi Hedge et.al @TexasChildren’s Cancer Center, the Center for Cell & Gene Therapy BCMHouston & Houston Methodist finds CAR T cell therapy targeting HER2 antigens promising against high-risk sarcomas: bit.ly/3wco4Jc

A phase I trial by Dr. Meenakshi Hedge et.al @TexasChildren’s Cancer Center, the Center for Cell & Gene Therapy @bcmhouston & @MethodistHosp finds CAR T cell therapy targeting HER2 antigens promising against high-risk sarcomas: bit.ly/3wco4Jc
account_circle
TCHResearchNews(@TCHResearchNews) 's Twitter Profile Photo

Researchers BCMHouston Baylor Genetics & Duncan NRI Texas Children's have recently developed a machine learning tool called AI-MARRVEL (AIM), to improve the prediction of gene variants causing rare disorders: bit.ly/3JAcqLa

Researchers @bcmhouston @BaylorGenetics & Duncan NRI @TexasChildrens have recently developed a machine learning tool called AI-MARRVEL (AIM), to improve the prediction of gene variants causing rare disorders: bit.ly/3JAcqLa #ArtificialIntelligence #Genetics
account_circle
TCHResearchNews(@TCHResearchNews) 's Twitter Profile Photo

A study in DMM Journal The Company of Biologists led by Dr. Roy Sillitoe Sillitoe Lab BCMHouston & Texas Children's provides novel insights into how dysfunction in Purkinje cells of the cerebellum causes sleep disturbances in mice w/movement disorders: bit.ly/4dbqCYJ

A study in @DMM_Journal @Co_Biologists led by Dr. Roy Sillitoe @SillitoeLab @bcmhouston & @TexasChildrens provides novel insights into how dysfunction in Purkinje cells of the cerebellum causes sleep disturbances in mice w/movement disorders: bit.ly/4dbqCYJ
account_circle