#DNAResearch

[kimani2]

#NewAunt #Family #DNAResearch @ancestry @myheritage_official https://www.instagram.com/p/CGfIzF0lZi0T4vl8cX8XbBeyxq9HTAUi9e5rYM0/?igshid=x7tmm3e99jwd

[grumpzz]

What do I do when it’s freezing cold outside and it’s way to early to sleep... #DNAResearch #AncestryDNA #23andMe #GEDMatch #Geni #FTDNA are we related? #Hernandez #Rodriguez #Fuentes #Contreras #Quiroz #Alvarado #Quintana just a few surnames on the research list for me and then add @dodgerzval and Moses surnames #Jacques #Weatherbie #Solorzano #Jimenez .. I stay busy #LetsConnect https://www.instagram.com/p/Br9qYS5nc_GmPn8m8LubvQpysbEp8kdMJQbON40/?utm_source=ig_tumblr_share&igshid=1l707uljoi6vz

[briefworldnews-blog]

What do you think about genetic modifications?��� ・・・ Researchers at the Chinese Academy of Sciences Baby have reproduce mice with two mums and no dad. The scientists created a "bimaternal" (two mammas) with the goal to “shows us what's possible.” according to Dr Wei Li, who conducted the experiments. The genetic modifications allowed the animals to produce healthy pups which also went on to have pups of their own. But there was bad news on the all-male front. Mice with double-dads were attempted, but died within days of being born. Dr Wei Li explains that without a female copy and a male copy normally the whole development gets thrown out of whack. In humans it's called genomic imprinting with parts of the DNA in sperm and parts of the DNA in eggs getting different "stamps" that alter how they work. This study opens the way for other possibilities. #briefnews . ✏️ What do you think? Share your thoughts in the comments👇🏻 . . Follow @briefworldnews . Follow @briefworldnews . Follow @briefworldnews . Follow @briefworldnews . . . . Hit that ❤️ and like the work we do #briefworldnews 🔻Explore More🔻 . . . #realnews #sciencenews #worldnews #newstoday #genoma #dnamanipulation #dnaresearch . . Check our 🆕 Stories 👤 @briefworldnews👈🏻 . . Sources: 📷photo: CCI ℹ️ ABC/ BBC/GUARDIAN Check our website for more sources😉 . . 💲support our work💲 follow link on bio @briefworldnews 🌐BriefWorldNews.com @briefworldnews (at China) https://www.instagram.com/p/Bo9oPnNF8Rm/?utm_source=ig_tumblr_share&igshid=18n8wnw8xh1f0

[cherylmurphywrites]

Our ancestors' trauma: the gift that keeps on giving! #BeInspired #amwriting #amediting #storyideas #writerlife #editorlife #bookeditor #DNAresearch #strangescience #pastlives #reincarnation #publishing #indiepublishing #novelist https://inkslingereditorialservices.com/2018/09/24/epigenetic-inheritance-theory/ https://www.instagram.com/p/BoH7hToBj1j/?utm_source=ig_tumblr_share&igshid=hq0zkqx3rzz8

[truptash1]

#epigenetics #ancestrydna #science #dnaresearch #actorslife #hometownheroes #seedandspark #ukrainians #ukrainianheritage #filmconsultant #indiefilm https://www.instagram.com/p/BnkRC_DA2sn/?utm_source=ig_tumblr_share&igshid=aet6srirx1s

[natturnersrevenge1831]

repost via @instarepost20 from @tattle_tailzz Via @news4theculture By working with GSK, we believe we will accelerate the development of breakthroughs,” 23andMe CEO Anne Wojcicki wrote in a blog post. 23andMe patrons are asked if they want to participate in scientific research. The new agreement moves this consent firmly into the field of active drug discovery research. “As always, if our customers do not want to participate in research, they can choose to opt out at any time,” Wojcicki wrote. Glaxo has invested $300 million in 23andMe and the companies have a four-year deal that gives Glaxo exclusive rights to collaborate with the DNA testing company to develop drugs. Peter Pitts, president of the Center for Medicine in the Public Interest, said the companies should pay the 23andMe customers whose DNA is used in any research. "Are they going to offer rebates to people who opt in so their customers aren’t paying for the privilege of 23andMe working with a for-profit company in a for-profit research project?" he asked. "It's one thing for NIH (the National institutes of Health) to ask people to donate their genome sequences for the higher good," Pitts told NBC News. "But when two for-profit companies enter into an agreement where the jewel in the crown is your gene sequence and you are actually paying for the privilege of participating, I think that's upside-down." The first project will look at possible new drugs for treating Parkinson’s disease, based on a gene called LRRK2 that is mutated in some Parkinson’s patients. A study released Wednesday found that the gene may play a significant role in Parkinson’s even among patients who don’t have mutations. Glaxo is already working on drugs that might work based on LRRK2 activity. #23andme #dnaresearch #DNA #DNATest #Ancestry #N4TC #News4TheCulture #Urban #ForTheCulture #ForThePeople #Diaspora #Black #African #AfricanAmerican #Melanin #BlackNews #BlackHealth #GlaxoSmithKline

[scribesandvibes]

#wakeupeverybody / #gatheryerosebudswhileyemay #Repost @africanancestry ・・・ What does this Proverb mean to you? "He who wakes up and finds himself a success hasn't been asleep." (#AfricanProverb) . . . . _____________________ #knowyourroots #africanancestry #blackhistorymonth365 #blackfuture #africanfashion #africandescendants #africanamerican #blackamericans #blackamerican #blackwomen #socialdistancing #ThisisAfricatoo​ ​#DNAExpert​ ​#BusinessofBeingBlack​ ​#ForTheCulture​ ​#BlackCulture​ ​#LoveAfrica #BlackConsciousness​ ​#BlackWomenLead​ ​#AfricanAncestryDNA #AfricanCulture​ ​#DNAResearch​ ​#FindYourTribe​ ​#blackvoices #genetics #findyourorigin https://www.instagram.com/p/B-hZB-_BInC/?igshid=9stor6rz55y4

[super-mrchaz]

Tic tac tic tac tic tac... #whoiam #dnaresearcher 😉🌍 (à Rhône-Alpes, France) https://www.instagram.com/p/BoGlSxbHbM97Kay4tGM5ZDOD_UDD7ybKhvIY0U0/?utm_source=ig_tumblr_share&igshid=14rjiuzq1orhg

[celestialdnagenome]

Notable Shared Genetic Ancestors of Paternal Y-Chromosome Haplogroup J-FT262754

J-L858 is the shared genetic ancestor of J-FT262754 and J-FGC9585.

J-YSC0000234 is the shared genetic ancestor of J-FT262754 and J-Z18271.

J-YSC0000076 is the shared genetic ancestor of J-FT262754 and J-FT116671.

J-L858 is the shared genetic ancestor of J-FT262754 and J-FTT109.

J-Z2217 is the shared genetic ancestor of J-FT262754 and J-Y271395.

J-L858 is the shared genetic ancestor of J-FT262754 and J-BY207634.

J-M304 is the shared genetic ancestor of J-FT262754 and J-FTD13546.