Now This Is How You Find Disease Genes http://t.co/A1D335938C
— Jean Michel Billaut (@Billaut) January 31, 2014
Now This Is How You Find Disease Genes
"Bringing individuals' chromosomal variants together."
@slackhq Like your use of 'variants'! That's the idea behind @23andWe...bringing individuals' chromosomal variants together. :)
— Linda (@lindaavey) January 30, 2014
"Exploring Personal Genomics"
6 billion nucleotides
23 chromosome pairs
~ 2% protein coding
"Significant advances in science are taking place, but translating them
into clinical treatments for an array of human diseases is being
hampered by public policies that are not aligned with the public good." (Source)
 |
| Find the Kindle version of this book on Amazon |
Amazon
'Bioinformaticians Share Their Own DNA in Personal Genomics Textbook' http://t.co/GyjDkAARnX #genomics
— CATHERINE COSTE (@cathcoste) January 25, 2014
Unifying immunology with informatics and multiscale biology http://t.co/ySvbigqvyY
— CATHERINE COSTE (@cathcoste) January 25, 2014
.@cathcoste Great book. @jdudley and @konradjk are two of the hottest young #genomics scientists today.
— Jason H. Moore, Ph.D (@moorejh) January 25, 2014
Apple vs. Google: An mHealth Face-Off
Apple vs. Google: An mHealth Face-Off - FierceMobileHealthcare: http://t.co/E2Nzr1Ca82
— Portable Genomics (@portablegenomic) January 30, 2014
Wearable books?
Wearable books? http://t.co/sR81N31kNH Need to enrich your reading experience? :) @MIT #digitalgonewild
— Eric Topol (@EricTopol) January 30, 2014
 |
| MIT researchers create wearable books |
Health, appiness and "iPochondria"
Health, appiness and "iPochondria" http://t.co/58zqqJ2mzu @TheEconomist #mHealth #digitalhealth
— Eric Topol (@EricTopol) January 30, 2014
"CRISPR will one day be used to change the genetic makeup of human embryos."
Genome editing monkeys->Gene Rx humans? http://t.co/uWXU0k4uiY @CellCellPress http://t.co/eYlLdL7X3I @sciencemagazine pic.twitter.com/z5K3Nl2zwd
— Eric Topol (@EricTopol) January 30, 2014
"Using a recently developed genome-editing technique called CRISPR, a
Chinese team has successfully altered two target genes
in cynomolgus monkeys, paving the way for the
development of monkey models that mimic human diseases. This is the
first evidence
that CRISPR can work in primates and represents a
big advance over previous successes in genetically modifying monkeys,
in
which genes were inserted randomly into the
genome. Only two of the three target genes were modified, and not all
cells carry
the same modification, indicating more work
needs to be done to perfect the timing of the modification. Beyond its
significance
for biomedical research, the new work raises the
possibility that CRISPR will one day be used to change the genetic
makeup
of human embryos."
Family hopes genome test will help cure girl's mystery disease
New LA Times article on my daughter Lilly's genome sequencing journey Thanks @ScrippsSTSI @EricTopol http://t.co/mzWHbibRvu #genomics
— Steve Grossman (@stevenjgrossman) January 20, 2014
Very impressed by this story."When scientists first assembled a draft of the human genome in 2000, they hoped sequencing technology could revolutionize medicine by revealing the genetic underpinnings of all sorts of ailments. Since then, the cost of reading the 3 billion DNA letter pairs that make up a person's genetic blueprint has plummeted from hundreds of millions of dollars to about $1,000. It used to take months; now, technicians can get a read in about a day."
Reading Lilly's fiction right now... Understanding various gene mutations happening in same disease in as much patients as we can: this is how we'll find crucial help curing the disease. Same disease patients will have a lot of genome data sharing work to do... This is the way genome sequencing works when it comes to helping modeling new drugs... If the drug does not target enough gene mutations, the disease will come back...
 |
| Find "The Girl They Thought They Never Knew" on Amazon! |
Commoditizing soon: RT @cathcoste: Family hopes genome test will help cure girl's mystery disease http://t.co/LKEPaurJp9 #pm101 #genomics
— Robert West PhD (@westr) January 21, 2014
MIT 7.00x MOOC: strength in numbers!
 |
| https://www.facebook.com/700xIntroToBiology |
@edXOnline MIT 7.00x MOOC strength in numbers. May the van der Waals forces be with us #genomics #cdom #edX #students pic.twitter.com/dnfROw4p2w
— CATHERINE COSTE (@cathcoste) January 27, 2014
Was able to find my pic! Thank you, 
Meet e-patient Steve Jobs!
Welcome to the "digital age of biology", in which "the once distinct domains of computer codes and those that program life are beginning to merge, where new synergies are emerging that will drive evolution in radical directions." J. Craig Venter: "Life at the Speed of Light". Here's my first experience of this through ... e-patient Steve Jobs!
.@23andMe @Portablegenomic Welcome 2 t. 'digital age of biology' @JCVenter My 1rst exp of this thru e-patient S. Jobs http://t.co/brdZuagzbq
— CATHERINE COSTE (@cathcoste) January 29, 2014
"We want public archiving of all data."
@PLOSBiology @datadryad @figshare @orcid (though pre-publication data release was championed by the human genome)
— Ewan Birney (@ewanbirney) January 30, 2014
Terabyte, Petabyte and Genomic Dataset
@edyong209 @AkshatRathi Terabyte - normal size of a "standard" or "small" genomic dataset. The PB (Petabyte) is the next
— Ewan Birney (@ewanbirney) January 30, 2014
"Researchers create embryonic stem cells without embryo."
Researchers create embryonic stem cells without embryo - Harvard Gazette http://t.co/Aut75xsxHx
— Stem Cells view (@StemCellsview) January 30, 2014
"Better nanoswitches by integrating double and triple strand DNA"
Better nanoswitches by integrating double and triple strand DNA http://t.co/b4JUdalqyA
— Jean Michel Billaut (@Billaut) January 29, 2014
 |
| DNA clamp to grab cancer before it develops! |
"The Police Will Soon Be Able To Test DNA In The Field In Just 90 Minutes."
The Police Will Soon Be Able To Test DNA In The Field In Just 90 Minutes http://t.co/3zdsS0ncrI
— Jean Michel Billaut (@Billaut) January 29, 2014
"Would u publish your latest research findings as a Tweet? You can now."
Would u publish your latest research findings as a Tweet? You can now https://t.co/8Jjle4Hbp4 #loveHE #HigherEd
— Professor Andy Miah (@andymiah) January 24, 2014
 |
RT @cathcoste: " .@TwournalOf "Eric Topol MD's gonna love it!" Scientists too. #opendata cc: @jackandraka @KiiLNYC Twitter pub for research
— Charlene Ngamwajasat (@doctorcharlene) January 29, 2014
"In the Internet era, research moves from professionals’ labs to amateurs’ homes"
Awesome review on citizen science by the Harvard magazine. Worth it! http://t.co/2aAyPyiE5P #DIYBio #openscience via @t_landrain
— CATHERINE COSTE (@cathcoste) January 29, 2014
@cathcoste Really enjoy your content curation #science
— Charlene Ngamwajasat (@doctorcharlene) January 29, 2014The "Internet of Medical Things" is gradually getting built
Digital age of biology. The once distinct domains of computer codes & those that program life R beginning to merge->new synergies+evolution
— CATHERINE COSTE (@cathcoste) January 29, 2014
Topol on Notable Cancer, Drug, and Wearable Technology News http://t.co/J8tdPtl1JS
— CATHERINE COSTE (@cathcoste) January 28, 2014
"Sadly, we are sitting in prescription
medicine darkness, whence there are over 6000 medications
and there are genomic data for less than 2% of them. Much more needs
to be done for commonly prescribed meds and for those in
clinical investigation."Insightful, brilliant and concise, as usual...
There R > 6000 medications but there R genomic data for < 2% of them. Much more needs to be done 4 commonly prescribed meds. #genomics #cdom
— CATHERINE COSTE (@cathcoste) January 29, 2014
#cdom Heart disease down 68% + heart stroke down 79% since 1958, meanwhile cancer down... 20% http://t.co/I8rymIZxMn
— CATHERINE COSTE (@cathcoste) January 29, 201423andFda
The controversy re: @23andMe is a health issue, but also a data one. See what this means for the #openaccess debate: http://t.co/qDLYmlwLys
— datascience@berkeley (@BerkeleyData) January 29, 2014
Roever Genia FDA shuts down @23andMe but it's your data. You own it. People will ship it abroad for analysis #PMWC14 @FreeBRCA #FreeTheData
— Jonathan Hirsch (@JonathanHirsch) January 28, 2014
#23andMe may spend some time 'in the wilderness,' but they'll be back. HT to @iApothecary for the heads up on the opinion piece. (3/3)
— John Humphreys (@johnpharmd) January 27, 2014
The authors of that #JAMA viewpoint were rather charitable toward #FDA, IMO. Fact is, FDA itself very much needs to be disrupted. (2/n)
— John Humphreys (@johnpharmd) January 27, 2014
"[#23andMe's] PGS is example of a disruptive product that challenged the FDA’s existing regulatory framework." http://t.co/C8Jppc6Uae (1/n)
— John Humphreys (@johnpharmd) January 27, 2014
Will cancer become a "chronic" disease in one or two decades?
Post by Catherine Coste.
Geneticist @eric_lander says we may be able to make cancer a chronic dz within 2 decades; @illumina says same but within1 decade #cdom @S4PM
— CATHERINE COSTE (@cathcoste) January 28, 2014
The difference between experience and knowledge in one image
Oh, SO true. RT @JordanLyall: The difference between experience and knowledge in one image: pic.twitter.com/ZPX6Zkxk81
— Stef. Sullivan Rewis (@stefsull) January 28, 2014
Illumina's Hiseqx10
Illumina’s Jay Flatley at #PMWC14: Get Sequence of 1 million cancer patients in next 5 years http://t.co/jCWpbm86K3
— Invitae (@Invitae) January 28, 2014
Hiseqx10. Holy crap. #PAGXXII pic.twitter.com/AsYvWwqI0i
— Chris Fields (@cjfields) January 15, 2014
"IWGSC" stands out in #PAGXXII wordle revealing interest in reference seq of wheat genome. @PAGmeeting pic.twitter.com/cXiLjWH8wK
— wheatgenome (@wheatgenome) January 22, 2014
You snooze you lose! MT @Genomics_Guy: Jay Flatley announces that @DecodeGenetics is the fifth HiSeqX10 customer! @Amgen #PMWC14
— Kevin Davies (@KevinADavies) January 28, 2014
So this super-duper sequencing machine can be found in Boston (Broad Institute), in NY (NY Genome Center), in Sydney (Garvan Institute of Medical Research), in Seoul -- Korea-based genomic services company Macrogen -- and in Iceland (Decode Genetics)...
Researchers find way to control biological networks in cells with DNA -Could reprogram disease
Researchers find way to control biological networks in cells with DNA -Could reprogram disease
http://t.co/vcL0mVAsiO pic.twitter.com/7VUdQm8Yyd
— FUTURISTECH INFO (@FuturistechInfo) January 28, 2014
Wao. "In the digital age of biology, the once distincts domains of computer codes and those that program life are beginning to merge; new synergies are emerging that will drive evolution in radical directions." Geneticist J. Craig Venter, in his stunning and amazing book "Life at the speed of light", is totally right...
Zip code should not be basis for finding trial right for you, it's the molecular basis of your cancer
@martytenenbaum : zip code should not be basis for finding trial right for you, it's the molecular basis of your #cancer #PMWC2014
— aimee swartz (@swartzgirl) January 27, 2014
Steven Stein: 3-4% adult patients in US on clinical trials -an issue as about 1.6M new cancer patients a year & 1.55M NOT on a trial #PMWC14
— PMWC International (@PMWCintl) January 28, 2014
"@KevinADavies: George Sledge (Stanford): "We have next-gen sequencing; we need a next-gen clinical trial system." #PMWC14"
— Brad Burgen, MPH (@Brad_Burgen) January 28, 2014
If cancer causing mutations perturb normal cell signaling, personalized treatments should be designed to restore normal signaling. #PMWC2014
— Critical Outcome (@CriticalOutcome) January 27, 2014
@swartzgirl: "clinical trial system outstripped by pace of genomic advances" - Vincent Miller @FoundationATCG #pmwc2014
— aimee swartz (@swartzgirl) January 27, 2014
Robert Plenge: 100,000s of variants contribute to phenotypes - using GWAS arrays + crowd-sourcing to tease out polygenic signals #PMWC14
— Double-Helix (@2xHelix) January 28, 2014
@swartzgirl But I thought the one eating all the junk food was Homer, not Einstein ;-) Eating the wrong food can cause cancer, right?
— CATHERINE COSTE (@cathcoste) January 28, 2014
Diagnosing autism? There is an app for that!
#PMWC14 Wall, Stanford, in process of commercializing app for diagnosis of autism without a clinical visit. Child tested in home environment
— Abizar Lakdawalla (@LAbizar) January 28, 2014"$1k genome is great, but interpretation? Yes - THAT is the killer app."
 |
| http://nextgenseek.com/2014/01/illuminas-jay-flatley-at-pmwc14-get-sequence-of-1-million-cancer-patients-in-next-5-years |
True! MT @Ashley_VanZ: @KevinADavies @ #PMWC14 - "$1k genome is great, but interpretation?" Yes - THAT is the 'killer app' @cyphergenomics
— Sumit Middha (@bioinfosm) January 28, 2014
California Weighs $40M for New Stem Cell Genomics Centers | GenomeWeb Daily News http://t.co/ymj1Elkztm #loginwall
— sdbn (@sdbn) January 27, 2014
Andy Kogelink: Sees combining revolutions in IT with social networking and biotechnology to create a Health and Wellness revolution #PMWC14
— Double-Helix (@2xHelix) January 28, 2014
Sequencing DNA is just a start, sez Complete Genomics Cliff Reid. The REAL data will B in transcriptomics+metagenomics+ microbiome. #PMWC14
— Kat McGowan (@mcgowankat) January 28, 2014
Illumina’s Jay Flatley at #PMWC14: Get Sequence of 1 million cancer patients in next 5 years http://t.co/naMq3825hT
— CATHERINE COSTE (@cathcoste) January 28, 2014
The Exposome Sensor-> Smartphone for env't exposure is taking off
The Exposome Sensor-> Smartphone for env't exposure is taking off..here's a new one for C02 http://t.co/vJL3VZGNqH @PSFK #mHealth #CDoM
— Eric Topol (@EricTopol) January 28, 2014
Vein Viewer
Who needs the pain of multiple needle sticks because the nurse cannot find the vein? Behold... the vein viewer!
VeinViewer : appareil médical pour voir les veines par Spi0n
VeinViewer : appareil médical pour voir les veines par Spi0n
Boston Company Developing Synthetic Organs
Boston Company Developing Synthetic Organs [VIDEO] http://t.co/CFcS9jnVvj
— Mashable (@mashable) January 28, 2014
Man, 30, found dead after 8-hour wait in BX emergency room
Man, 30, found dead after 8-hour wait in BX emergency room http://t.co/Nzj9UA6NPC
— Mark Graban (@MarkGraban) January 26, 2014
List of #HealthIT experts on #Twitter: want to be included?
I'm building a list of #HealthIT experts on #Twitter. Want to be included? Tweet me! Already included: @nxtstop1 @MrRonaldSanchez @cathcoste
— MedCity News (@medcitynews) January 27, 2014
New educational program for the 117,000 resident and fellow physicians in training
New educational program for the 117,000 resident and fellow physicians in training http://t.co/H48CTx3nT1 @NEJM #MedEd
— Eric Topol (@EricTopol) January 27, 2014
Convergence -> Nanomedicine: Using DNA to deliver nanoparticles
Convergence -> Nanomedicine: Using DNA to deliver nanoparticles http://t.co/hkDjx7N1t5 @researchuoft @NatureNano
— Eric Topol (@EricTopol) January 27, 2014
"Realities of data sharing using the genome wars"
"The purpose of this article is to examine one process of data sharing in detail in the hope that the problems and successes can inform the system more generally."
 |
| Realities of data sharing using the genome wars: as case study - an historical perspective and commentary |
==> Download case study as PDF (15 pages) here.
JFlatley from @illumina, convincing data generators to share data is a big problem #freethedata #PMWC14
— Nikhil Chopra (@chopranik) January 27, 2014
California to fund research in stem-cell genomics
California to fund research in stem-cell genomics - Washington Times http://t.co/L3KoidNr4M
— Genomics Plaza (@GenomicsPlaza) January 27, 2014
ScienceWriting Competition with @NatureBiotech opens TODAY
OBR's #ScienceWriting Competition with @NatureBiotech opens TODAY - http://t.co/RuKmTMmx5h - submit your essay before 28 Feb
— Oxbridge Biotech (@OxbridgeBiotech) January 27, 2014
Cambridge nanotech bought by Chinese
Cambridge nanotech bought by Chinese - Business Weekly http://t.co/z2D4x2MNNv
— Biotechnology (@Biotechnology36) January 27, 2014
J. Craig Venter: "Cool article on data sharing, Celera and the Genome Wars by veteran"
Cool article on data sharing, Celera and the Genome Wars by veteran @Sciencemagazine editor Barbara Jasny http://t.co/5vA334crIe #OpenAccess
— Kevin Davies (@KevinADavies) January 27, 2014
"Advancing the science of genomics"
Advancing the science of #genomics http://t.co/EZ9K9nC4nB Loved @JCVenter book 'Life at the speed of light' + gr8 vid http://t.co/ljjpcy1sOR
— CATHERINE COSTE (@cathcoste) January 27, 2014
Acid reflux treatment: pioneering reconstructive natural office surgery
Acid reflux Tx: pioneering reconstructive natural office surgery for gastrointestinal diseases http://t.co/DuPfU4Rihw @AdrianLobontiu #cdom
— CATHERINE COSTE (@cathcoste) January 27, 2014
Attacking Cancer With Light-Controlled Bacteria?
Attacking Cancer With Light-Controlled Bacteria?
http://t.co/6N3V2DrBaT #syntheticbiology #synbio #health #bioengineering #bioindustry
— TeselaGen Biotech (@TeselaGen) January 22, 2014
The universe of cancer mutations is much bigger than previously thought
Landmark study reveals that the universe of cancer mutations is much bigger than previously thought http://t.co/ZpBTYOE2Ed
— Harvard Research (@HarvardResearch) January 27, 2014
Developing mobile software for the visualization and use of Genomic Information
@portablegenomic is doing an incredible job developing mobile software for the visualization/use of #Genomic Information #100Compliments
— angelMD (@AngelMD_Inc) January 27, 2014
Venter on adrenaline, science and the meaning of life
Venter on adrenaline, science and the meaning of life http://t.co/qevwZdz8Lb via @utsandiego @JCVenter
— Portable Genomics (@portablegenomic) January 26, 2014
"The tech companies that mastered design will now need to conquer the entirely different realm of fashion."
On Wearable Sensors | Smartphones, @FastCompany takes on @WIRED feature http://t.co/lenaXwTBGQ v http://t.co/banJLM179Q and gets it right!
— Eric Topol (@EricTopol) January 26, 2014
This magic bra will only unhook if the woman wearing it is in love http://t.co/BxflhC6fBa
— BI: Tech (@SAI) January 26, 2014"Same disease patients will have a lot of genomic data sharing work to do -- worldwide." Eric Lander, PhD, one of the world’s leading geneticists
'Over the nxt few yrs, we have an opportunity 2 learn as much about genetics of hum. dz as we have learned in the history of medicine.' 1/2
— CATHERINE COSTE (@cathcoste) January 22, 2014
'HiSeq X Ten should give us the ability to analyze complete genomic info from huge sample pop.,' @eric_lander @broadinstitute @illumina 2/2
— CATHERINE COSTE (@cathcoste) January 22, 2014
The world's oldest cancer is 11,000 years old -- and contagious
"Scientists
have finally unlocked the sequence of the world's oldest surviving
cancer — an 11,000-year-old, sexually-transmitted genital cancer that
still affects dogs today.
Scientists
from the University of Cambridge and the Wellcome Trust Sanger
Institute, led by Elizabeth Murchison, published the new research in Science.
The cancer first arose in a single dog over 11,000 years ago, and has
been passing around among dogs ever since, although scientists didn't
know that when they first started out. They simply knew that it was a
very old cancer. To get their first hints of its age, they pored through
old veterinary literature, and were able to find records of it existing
all the way back in 1810."
Read more.
Amazing!!
Read more.
Amazing!!
94% of patients willing to share health information on social media
94% of patients willing to share health information on social media http://t.co/fmYTUUnubC via @MobiHealthNews
— Portable Genomics (@portablegenomic) January 25, 2014
The future of cancer surgery is regenerative surgery
MT @nbferrara The future of cancer surgery is regenerative surgery: Re-building body parts from patient's #stemcells. #LivingWithCancer
— Mayo Clinic (@MayoClinic) January 25, 2014
Coming to a Playstation near you: Sony/Illumina partner on new genomics venture
Coming to a Playstation near you: Sony/Illumina partner on new genomics venture http://t.co/efs2wE0iFb
— Einstein Epigenomics (@EpgntxEinstein) January 25, 2014
MonsterHigh Institute of Tech (MIT Salem): Genomic musical hitting Growlway!
This is about a piece of fan art I came up with. I'm 44 years old, I love genomics and Monster High dolls... So.... Guys, this was doomed to happen!
.@MonsterHigh MonsterHigh Institute of Tech (MIT Salem): Genomic musical hitting Growlway! http://t.co/4rB6RRibVH pic.twitter.com/1n8OohoSpD
— CATHERINE COSTE (@cathcoste) January 22, 2014
"Have the courage to follow your heart and intuition. Everything else is secondary." - Steve Jobs
— Austen Allred (@AustenAllred) January 24, 2014
If you could have dinner with someone who is changing how #healthcare works, who would it be and why?
.@medcitynews Strength in numbers. Eric Topol MD +Atul Gawande MD+Craig Venter. Digital medicine + mini invasive surgery + #genomics= #cdom
— CATHERINE COSTE (@cathcoste) January 24, 2014
"How Long Have I Got Left?"
"How Long Have I Got Left?" http://t.co/xxGN6SNQiP by Paul Kalanthi @SUMedicine via @LisaRosenbaum17 Powerful piece by a doctor w/#cancer
— Eric Topol (@EricTopol) January 24, 2014
"Regenesis: How Synthetic Biology Will Reinvent Nature and Ourselves. A Book Review."
 |
| http://clarksearch.com/regenesis-how-synthetic-biology-will-reinvent-nature-and-ourselves |
READ MORE
 |
| Find the Kindle version on Amazon |
#genomics #CDOM http://t.co/Vvs0dlv1Uv Excellent book review by @Clarksearch I'm reading 'life at the speed of light'now #itsgonnatakeawhile
— CATHERINE COSTE (@cathcoste) January 24, 2014
Shocking Secrets Of FDA Clinical Trials Revealed
Shocking Secrets Of FDA Clinical Trials Revealed - http://t.co/O5lQzV9WJU
— Portable Genomics (@portablegenomic) January 24, 2014
R.I.P. Stethoscope?
Lub dub, RIP 2009: http://t.co/rO5F9Fs6hz @TED_TALKS 2011: http://t.co/2CaiYeby54 @AnnalsofIM @ScrippsSTSI #mHealth pic.twitter.com/ZQmMqAzRki
— Eric Topol (@EricTopol) January 24, 2014
R.I.P. Stethoscope http://t.co/2Fyk2Nb1sz "We are gathered here to mourn the loss of the stethoscope" @PopMec End of the ~200 yrs icon #CDoM
— Eric Topol (@EricTopol) January 24, 2014Asking the right Q: Can saliva glucose measurements be accurate?
Asking the right Q: Can saliva glucose measurements be accurate? http://t.co/KERs0ftyot #diabetes #mHealth Strategy to end fingersticks?
— Eric Topol (@EricTopol) January 24, 2014
New Genes Are Created From Non-Coding DNA Often, Says Study
New Genes Are Created From Non-Coding DNA Often, Says Study http://t.co/jDhHW1IHVD #science
— Science 2.0 (@science2_0) January 24, 2014
"The Startups Saving Health Care"
Excellent article @Inc on #mHealth "The Startups Saving Health Care" http://t.co/kkn2Vj1Sn6 @Inc pic.twitter.com/7GtbodWhEb
— Eric Topol (@EricTopol) January 24, 2014
"The Trillion Dollar Cure"
"The Trillion Dollar Cure" Of note, the @Inc article hard copy title is diff't http://t.co/kkn2Vj1Sn6 by @dhfreedman pic.twitter.com/redv6kjtk3
— Eric Topol (@EricTopol) January 24, 2014
Study Suggests MicroRNA Panels May Aid in Pancreatic Cancer Diagnoses from Whole Blood Samples
RT @DailyNewsGW: Study Suggests MicroRNA Panels May Aid in Pancreatic Cancer Diagnoses from Whole Blood Samples http://t.co/rxJlJpT90c
— ARK Research (@ARKgenome) January 22, 2014
Former Apple CEO backs virtual doctor's office to create the 'consumer era' of medicine
Former Apple CEO backs virtual doctor's office to create the 'consumer era' of medicine http://t.co/Lr4ZZNj0FB
— Jean Michel Billaut (@Billaut) January 23, 2014
Let’s talk about Genome Music!
@Dassault3DS Thank you for the RT. Excited for us both to show how #technology can truly #TRANS4M. #IAM3DEXPERIENCE
— i.am.angelfoundation (@iamangelfdn) January 23, 2014
Let’s talk about Genome Music during the #TRANS4M day with @iamangelfdn and give a new dimension to #steam education pic.twitter.com/LsO6XP8IzG
— Portable Genomics (@portablegenomic) January 22, 2014
Proud to team up with @iamangelfdn to bring next-generation tools to underserved students http://t.co/lGhEnauJfz More soon! #trans4m
— Dassault Systèmes (@Dassault3DS) January 21, 2014
#Trans4m goals: Let our kids dream of being scientists and engineers. http://t.co/BtPYAGR12N pic.twitter.com/01yVjwbiIz
— i.am.angelfoundation (@iamangelfdn) January 21, 2014
#paypalit and it is #soeasy to donate and help #TRANS4M lives with @iamwill’s @iamangelfdn: http://t.co/rKkZ4SverU #paypalit
— PayPal (@PayPal) January 21, 2014
 |
| http://www.crystalinks.com/genetics.html |
"Petition to lift 23andMe FDA ban reaches 10k signatures."
Petition to lift 23andMe FDA ban reaches 10k signatures.
Read more: http://t.co/8hocYSYprA
— Genetic Literacy (@GeneticLiteracy) January 23, 2014
 |
Social & political implications are numerous. Meet the world 1st legal cyborg
RT @kerrieh A1: Social & political implications are numerous. Meet the world 1st legal cyborg: http://t.co/S07BZzRy1A #p4spchat
— IBM Research (@IBMResearch) January 23, 2014
Better to have a heart attack in Sweden than the UK
Better to have a heart attack in Sweden than the UK http://t.co/SwwiGM1RZb @TheLancet But not enough being done to prevent altogether
— Eric Topol (@EricTopol) January 23, 2014
Digital comes to medicine
Digital comes to medicine http://t.co/Qt18g08viZ pic.twitter.com/eiFqqa7rd4
— Eric Topol (@EricTopol) January 22, 2014
$1k human #genome? OK, now what?
$1k human #genome? OK, now what? Translation to clinic--"beyond bench to bedside"--still lagging. #pm101 http://t.co/TRqkDaCvGU
— Mark Wanner (@markgenome) January 22, 2014
Now what? Connecting the dots between genotype and phenotype...
#SLAS2014 #PhenDrugDisc Roche scientist points out that you need chem optimization on phenotype to have chance of finding target. Spot on!!!
— Anand C. Patel (@anandcpatel) January 22, 2014
 |
"The HiSeq X Ten should give us the ability to analyze complete genomic information from huge sample populations,' said Eric Lander, founding director of the Broad Institute and one of the world’s leading geneticists, in a statement. 'Over the next few years, we have an opportunity to learn as much about the genetics of human disease as we have learned in the history of medicine.'"
The race for the $1,000 genome has been won.
"Illumina’s supercomputing machine, which is a combination of ten machines working together and is called the HiSeq X Ten, is available to purchase at a starting price of $10 million. This is too expensive for most labs, but three of these machines have been acquired by Macrogen, The Harvard-MIT Broad Institute in Cambridge, and the Garvan Institute of Medical Research in Australia."
Venturebeat.com January 17, 2014... and don't forget the NY Genome Center!
@nygenome is excited to be the only institution in #NYS to offer @Illumina #1Kgenome HiSeq X Ten! http://t.co/vUylI3Gb19
— NY Genome Center (@nygenome) January 22, 2014
Un coût divisé par 100.000 :
"La raison d'une telle avancée ? Depuis les années 2005, le séquençage a fait un bond. Une rupture s'est produite. 'Le décryptage s'effectue de façon massivement parallèle sur des puces. Roche, puis Illumina et Life Technologies ont été les pionniers de ces nouvelles méthodes', rappelle le directeur adjoint de l'Institut de génomique. Des brins d'un génome, cassé en morceaux de 100 à 150 bases, se collent sur la puce, où sont fixées des amorces, puis sont lues par une caméra. La performance s'améliore quand la densité de la puce et la vitesse de la lecture optique augmentent. Puis les brins sont assemblés et reconstitués en 23 chromosomes, par calcul informatique, 'par comparaison au génome humain de référence, dont la connaissance s'est nettement affinée depuis le premier génome complet publié en 2003', ajoute Pierre Le Ber. Des années 1970 jusqu'en 2005, la technique enzymatique sélective, élaborée par le Britannique Frederick Sanger, double prix Nobel de chimie, était moins rapide.
'Pour la recherche, c'est, bien sûr, très intéressant. Mais une telle performance est encore plus essentielle pour la génomique clinique afin, par exemple, d'identifier la nature des altérations génétiques qui seraient à l'origine d'un cancer donné, en décryptant l'ADN du malade et celui de sa tumeur. Ce qui peut aider, dans certains cas, le médecin à mieux cibler le traitement', précise le directeur adjoint de l'Institut de génomique."
Le Figaro Sciences - 21 Janvier 2014Tweets by @Macrogen_Inc
New High-End DNA Sequencing Machine Is 10 Times Faster Than Predecessors http://t.co/FgmUR7RNq9 >@TechReview
— CATHERINE COSTE (@cathcoste) January 22, 2014
“@AllSeq: That $1000 genome you've been hearing about? It's going to cost you $72M http://t.co/PgKYf7qAkF”
:-D
— Portable Genomics (@portablegenomic) January 22, 2014
@nitinc1117 @allseq on the other hand, even $100M are a good deal for 72k full genomes attached to clinical data. Right?
— Portable Genomics (@portablegenomic) January 22, 2014
The $1k genome won't mean much if we don't improve our ability to convert research progress into better medicine. http://t.co/tmD7zEEDyo
— Jackson Laboratory (@jacksonlab) January 22, 2014
Impressive DNA seq studies #schizophrenia-> convergence w/ #autism
Impressive DNA seq studies #schizophrenia-> convergence w/ #autism http://t.co/oBWJw1pgCB + http://t.co/gM8I9xykrN pic.twitter.com/zbhJhNS4CB
— Eric Topol (@EricTopol) January 22, 2014
Regeneus lines up manufacturer for US CryoShot trial
Regeneus lines up manufacturer for US CryoShot trial: Industry News: Australian Life Scientist http://t.co/zVuW85cSEd
— Derek Del Simone (@Recruit_Health) January 22, 2014
CryoShot
Canine is an allogenic cell therapy for treating osteoarthritis and
other musculoskeletal conditions in dogs. It is produced from adipose
tissue of a donor animal. Regeneus is currently working on a human
version of CryoShot using the same techniques. - See more at:
http://lifescientist.com.au/content/biotechnology/news/regeneus-lines-up-manufacturer-for-us-cryoshot-trial-1231691767#sthash.zRdRy6d1.dpuf
CryoShot
Canine is an allogenic cell therapy for treating osteoarthritis and
other musculoskeletal conditions in dogs. It is produced from adipose
tissue of a donor animal. Regeneus is currently working on a human
version of CryoShot using the same techniques. - See more at:
http://lifescientist.com.au/content/biotechnology/news/regeneus-lines-up-manufacturer-for-us-cryoshot-trial-1231691767#sthash.zRdRy6d1.dpuf
CryoShot Canine is an allogenic cell therapy for treating osteoarthritis and other musculoskeletal conditions in dogs. It is produced from adipose tissue of a donor animal. Regeneus is currently working on a human version of CryoShot using the same techniques. - See more at: http://lifescientist.com.au/content/biotechnology/news/regeneus-lines-up-manufacturer-for-us-cryoshot-trial-1231691767#sthash.zRdRy6d1.dpuf
"Navigating Healthcare Today" - Leonard Kish
Navigating Healthcare Today
watch @leonardkish reveal #health has been missing in #healthcare
#NoMoreSilos http://t.co/WQ9w6Tgja4
— david samuels (@djsammy8) January 21, 2014
How Moore's Law is evolving to make the next wave of semiconductor designs even more disruptive
How Moore's Law is evolving to make the next wave of semiconductor designs even more disruptive http://t.co/ENTpDQ6qhB
— Next Silicon Valley (@TheNextSiValley) January 22, 2014
 |
| The Computer Code and Organic Code (DNA) are quite similar |
Researchers discover how heart arrhythmia occurs
Researchers discover how heart arrhythmia occurs | UToday | University of Calgary | @scoopit via @LibinInstitute http://t.co/unLwk1y8ov
— Cardiostim (@Cardiostim_) January 21, 2014
Manufacturing Facility to Grow Custom Replacement Tracheas
Manufacturing Facility to Grow Custom Replacement Tracheas http://t.co/RFeBRMjn07 >@TechReview
— CATHERINE COSTE (@cathcoste) January 22, 2014
Innovative: Harnessing the movement of organs to power embedded sensors
Innovative: Harnessing the movement of organs to power embedded sensors http://t.co/2Rsz59O1xS + http://t.co/lWGfmIhesW @PNASNews @PopMech
— Eric Topol (@EricTopol) January 22, 2014
Got a #DigitalHealth solution? Add it 2 crowdsourced list of 400+ others
Got a #DigitalHealth solution? Add it 2 crowdsourced list of 400+ others http://t.co/5KS8AFKQPs pic.twitter.com/lC6Wtd5GiK #mHealth #Wearables
— Paul Sonnier (@Paul_Sonnier) January 22, 2014
Is there no profit in keeping us well?
Carla N. Berg: There is an increasing cohort of leadership level voices working hard for constructive change in health and medicine-- a prime example being Eric Topol MD of Scripps who has used his several platforms to spread conversations involving the 'creative destruction' of medicine itself (look for his book about same on Amazon) or follow the hashstream #cdom on Twitter and note who contributes.
And for fans of change at a more localized level, see the increasing cohort of articulate docs at places like KevinMD, The HealthCare Blog (THCB), 33 Charts, Wing of Zock, and of course, our own site at participatorymedicine.org.
You are reminding me I need to make a list and share it! But do take heart -- the 'movement' for constructive change in healthcare really is gaining steam ;->
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| Society for Participatory Medicine (SPM) Group Discussion on LinkedIn |
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| Society for Participatory Medicine (SPM) Group Discussion on LinkedIn |
.@dlschermd Engaged patients should be embraced. Amputated patient is trying to engage emergency care in digital age. http://t.co/lD492kxzlj
— CATHERINE COSTE (@cathcoste) January 20, 2014
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