RT @Magda_Skipper: Design and synthesis of a minimal bacterial genome - the latest on synthetic bio from Craig Venter https://t.co/bkZpPM2A…
RT @denaturant: クレイグベンターが新しい合成生物を出してますね。6年前の最小生物からゲノムを半減、必要な遺伝子が473個。機能がわからないタンパク質を79個も入れないとダメなところは興味深い。タンパク質は難しいんやね。 https://t.co/XyjXwDIz…
RT @OrenoSource: 最小限のゲノムを持つ細菌を作製 AFP https://t.co/aAcvVgFkkP マイコプラズマの1Mbのゲノムを531kb、必須473遺伝子まで削減。うち149 遺伝子は機能未知(Science原著)→ https://t.co/KQ…
RT @sciencemagazine: How did @JCVenter and colleagues synthesize the minimal bacterial genome? Read the research: https://t.co/6GPMT1DbtQ h…
RT @sciencemagazine: How did @JCVenter and colleagues synthesize the minimal bacterial genome? Read the research: https://t.co/6GPMT1DbtQ h…
@ACERTIXO @ProtectorSkept https://t.co/uxKj0QQLht pues aquí ya lo han hecho.
RT @pnatarajanmd: Synthetic bacterium with only 473 genes created https://t.co/PVhzNrgMR7 @sciencemagazine
RT @GavinHThomas: Is there a list of the 149 essential genes of unknown function in @JCVenter remarkable new study @sciencemagazine ? https…
RT @derosnayjoel: Synthèse de la vie, ou presque. Production cellule minimale avec gènes essentiels à vie.https://t.co/7Jz7cSqq0J et https:…
Is there a list of the 149 essential genes of unknown function in @JCVenter remarkable new study @sciencemagazine ? https://t.co/f1KFrJKY39
JCV-syn3.0 - next generation of synthetic life #synbio https://t.co/Bpazv6iDcf https://t.co/B3Iw2JwMEa
RT @aaas: Bacterial genome containing only the genes necessary for life built by team led by @JCVenter https://t.co/bSM6E54Gvn https://t.co…
RT @sciencemagazine: How did @JCVenter and colleagues synthesize the minimal bacterial genome? Read the research: https://t.co/6GPMT1DbtQ h…
NEW simplest freely living organism: Engineered Syn 3.0 has fewest genes needed to reproduce https://t.co/2lmot53c40 https://t.co/K8uzTscWaG
RT @derosnayjoel: Synthèse de la vie, ou presque. Production cellule minimale avec gènes essentiels à vie.https://t.co/7Jz7cSqq0J et https:…
How to create a genome? Synthetic biology: the new frontier. #biotech #exponential #disruption. Check the recipe: https://t.co/pzeMn8V0BN
Como criar um genoma? Biologia sintetica: nova fronteira. #biotecnologia #disrupcao #exponencial. Veja receita: https://t.co/pzeMn9cC0n
これが最小ゲノムを持つ合成細菌の論文か。 Design and synthesis of a minimal bacterial genome https://t.co/sUb4OLYxC9
RT @sciencemagazine: How did @JCVenter and colleagues synthesize the minimal bacterial genome? Read the research: https://t.co/6GPMT1DbtQ h…
RT @OrenoSource: 最小限のゲノムを持つ細菌を作製 AFP https://t.co/aAcvVgFkkP マイコプラズマの1Mbのゲノムを531kb、必須473遺伝子まで削減。うち149 遺伝子は機能未知(Science原著)→ https://t.co/KQ…
でたでたクレイグベンターだ https://t.co/HkhLQBsF9x
RT @genetics_blog: Design and synthesis of a minimal bacterial genome https://t.co/yXbypgT0Rf https://t.co/vBrugndYAa
RT @pnatarajanmd: Synthetic bacterium with only 473 genes created https://t.co/PVhzNrgMR7 @sciencemagazine
RT @michaelshermer: There is an Intelligent Designer & his name is J. Craig Venter: "Design and synthesis of a minimal bacterial genome" ht…
Synthetic bacterium with only 473 genes created https://t.co/PVhzNrgMR7 @sciencemagazine
RT @aaas: Bacterial genome containing only the genes necessary for life built by team led by @JCVenter https://t.co/bSM6E54Gvn https://t.co…
RT @sciencemagazine: How did @JCVenter and colleagues synthesize the minimal bacterial genome? Read the research: https://t.co/6GPMT1DbtQ h…
RT @OrenoSource: 最小限のゲノムを持つ細菌を作製 AFP https://t.co/aAcvVgFkkP マイコプラズマの1Mbのゲノムを531kb、必須473遺伝子まで削減。うち149 遺伝子は機能未知(Science原著)→ https://t.co/KQ…
RT @OrenoSource: 最小限のゲノムを持つ細菌を作製 AFP https://t.co/aAcvVgFkkP マイコプラズマの1Mbのゲノムを531kb、必須473遺伝子まで削減。うち149 遺伝子は機能未知(Science原著)→ https://t.co/KQ…
How small can a #genome be? 473 #genes. Interestingly—we don't know why 149 of them are essential. #Life is modular! https://t.co/AGyr78XORY
RT @diepesce: Design and synthesis of a minimal bacterial genome https://t.co/B2pheewDjZ https://t.co/V9P3QNzmAY
RT @OrenoSource: 最小限のゲノムを持つ細菌を作製 AFP https://t.co/aAcvVgFkkP マイコプラズマの1Mbのゲノムを531kb、必須473遺伝子まで削減。うち149 遺伝子は機能未知(Science原著)→ https://t.co/KQ…
Milestone reached: a minimal, human-engineered microbe, from scratch. Read all about it: https://t.co/gH4JcyVnPX
RT @OrenoSource: 最小限のゲノムを持つ細菌を作製 AFP https://t.co/aAcvVgFkkP マイコプラズマの1Mbのゲノムを531kb、必須473遺伝子まで削減。うち149 遺伝子は機能未知(Science原著)→ https://t.co/KQ…
RT @srikosuri: Congrats to the @JCVenterInst team on their Syn3.0, and the dawn of designed organisms. The paper is a great read: https://t…
RT @OrenoSource: 最小限のゲノムを持つ細菌を作製 AFP https://t.co/aAcvVgFkkP マイコプラズマの1Mbのゲノムを531kb、必須473遺伝子まで削減。うち149 遺伝子は機能未知(Science原著)→ https://t.co/KQ…
最小限のゲノムを持つ細菌を作製 AFP https://t.co/aAcvVgFkkP マイコプラズマの1Mbのゲノムを531kb、必須473遺伝子まで削減。うち149 遺伝子は機能未知(Science原著)→ https://t.co/KQhOncTBgP
RT @ValeArvejita: Equipo de @JCVenter publica en Science la creación de "vida mínima": bacteria con genoma sintético de 473 genes. https://…
RT @aaas: Bacterial genome containing only the genes necessary for life built by team led by @JCVenter https://t.co/bSM6E54Gvn https://t.co…
How did @JCVenter and colleagues synthesize the minimal bacterial genome? Here's the research: https://t.co/ATpqTuXfpa #genomebiology
Design and synthesis of a minimal bacterial genome - the latest on synthetic bio from Craig Venter https://t.co/bkZpPM2Am3 @sciencemagazine
最小限のゲノムを持つ細菌を作製 AFP https://t.co/NtCEh1me6d マイコプラズマの1Mbのゲノムを531kb、必須473遺伝子まで削減。うち149 遺伝子は機能未知(Science原著)→ https://t.co/vtTgSzAbXR
RT @derosnayjoel: Synthèse de la vie, ou presque. Production cellule minimale avec gènes essentiels à vie.https://t.co/7Jz7cSqq0J et https:…
RT @sciencemagazine: How did @JCVenter and colleagues synthesize the minimal bacterial genome? Read the research: https://t.co/6GPMT1DbtQ h…
Design and synthesis of a minimal bacterial genome | Science https://t.co/rvlIpfG21i
Design and synthesis of a minimal bacterial genome https://t.co/ttSJ5CTUmr Craig Venter does it again. Synthia 3.0 !
RT @sciencemagazine: How did @JCVenter and colleagues synthesize the minimal bacterial genome? Read the research: https://t.co/6GPMT1DbtQ h…
RT @aaas: Bacterial genome containing only the genes necessary for life built by team led by @JCVenter https://t.co/bSM6E54Gvn https://t.co…
[Research Article] Design and synthesis of a minimal bacterial genome https://t.co/dNJTMiKwM0 @sciencemagazine
RT @derosnayjoel: Synthèse de la vie, ou presque. Production cellule minimale avec gènes essentiels à vie.https://t.co/7Jz7cSqq0J et https:…
RT @derosnayjoel: Synthèse de la vie, ou presque. Production cellule minimale avec gènes essentiels à vie.https://t.co/7Jz7cSqq0J et https:…
First step in understanding 'evolutionary mess' is to design minimalist genome! #scicomm kudos @JCVenter https://t.co/ZI65u9UzzU
Scientists create a living creature with minimal number of genes including 149 genes of unknown function: https://t.co/tOo2oH4u7l
RT @sciencemagazine: How did @JCVenter and colleagues synthesize the minimal bacterial genome? Read the research: https://t.co/6GPMT1DbtQ h…
Design and synthesis of a minimal bacterial genome https://t.co/cZRfdJ4MX6
The minimal bacterial #genome is only 473 Genes . . . thats pretty incredible https://t.co/4Ho8Gi1uMf
.@nicolesherburne https://t.co/q8LpMuMKBE @SnookiNeedsJC
RT @sciencemagazine: How did @JCVenter and colleagues synthesize the minimal bacterial genome? Read the research: https://t.co/6GPMT1DbtQ h…
RT @michaelshermer: There is an Intelligent Designer & his name is J. Craig Venter: "Design and synthesis of a minimal bacterial genome" ht…
RT @sciencemagazine: How did @JCVenter and colleagues synthesize the minimal bacterial genome? Read the research: https://t.co/6GPMT1DbtQ h…
RT @scienega: #SynBio: minimal genome created: 473 genes, 1/3 with unknown function https://t.co/fBaBccyd7i @JCVenterInst via @rooph @TheSc…
"Minimal [bacterial] genome" has 32% of genes with unknown function #Microbio16 https://t.co/0XHUX8Dp41
Cellular Biology re-imagined as a virus: https://t.co/N3YipTOr0G
RT @skryazhi: Inspiring work from @JCVenterInst on constructing a minimal cell: https://t.co/gBUscrDZ5j I wonder how robust and evolvable i…
Great paper, insightful yet sober. Design and synthesis of a minimal bacterial genome https://t.co/nkSsLKQsTc
Design and build of a minimal cell (bacteria). 473 genes is all it takes. https://t.co/7BZ5tvo7Rh
RT @scienega: #SynBio: minimal genome created: 473 genes, 1/3 with unknown function https://t.co/fBaBccyd7i @JCVenterInst via @rooph @TheSc…
RT @sciencemagazine: How did @JCVenter and colleagues synthesize the minimal bacterial genome? Read the research: https://t.co/6GPMT1DbtQ h…
RT @sciencemagazine: How did @JCVenter and colleagues synthesize the minimal bacterial genome? Read the research: https://t.co/6GPMT1DbtQ h…
RT @genetics_blog: Design and synthesis of a minimal bacterial genome https://t.co/yXbypgT0Rf https://t.co/vBrugndYAa
#SynBio: minimal genome created: 473 genes, 1/3 with unknown function https://t.co/fBaBccyd7i @JCVenterInst via @rooph @TheScientistLLC
RT @sciencemagazine: How did @JCVenter and colleagues synthesize the minimal bacterial genome? Read the research: https://t.co/6GPMT1DbtQ h…
Design and synthesis of a minimal bacterial genome https://t.co/KfMeyekrC5
Synthetic cell by Craig Venter Functioning on only 473 genes - #Designinglife https://t.co/A9a5pvd8Jw
RT @diepesce: Design and synthesis of a minimal bacterial genome https://t.co/B2pheewDjZ https://t.co/V9P3QNzmAY
Equipo de @JCVenter publica en Science la creación de "vida mínima": bacteria con genoma sintético de 473 genes. https://t.co/05amIo6MJL
@ACERTIXO @ProtectorSkept @sonsonoax Pues resulta que: https://t.co/uxKj0QQLht
RT @Awesomics: Design & synthesis of a minimal bacterial genome (@JCVenterInst) https://t.co/3Xz6GgMU8Z #syntheticbiology #synbio https://t…
RT @derosnayjoel: Synthèse de la vie, ou presque. Production cellule minimale avec gènes essentiels à vie.https://t.co/7Jz7cSqq0J et https:…
"We did not have sufficient knowledge to design a functional minimal genome from first principles" https://t.co/CCwlZwCUwI
RT @sciencemagazine: How did @JCVenter and colleagues synthesize the minimal bacterial genome? Read the research: https://t.co/6GPMT1DbtQ h…
Craig Venter's group BUILT a new species w/a "minimal genome": only 473 genes, 149 of which have unknown function https://t.co/maG1iruZZx
Design & #synthesis of a minimal #bacterial #genome https://t.co/Q7YD2dwkNT Need #genomics #laboratories https://t.co/ZosE3FcAGj
<500 genes - WOW - Design and synthesis of a minimal bacterial genome https://t.co/vymuUSSKZ5
遺伝子が世界最小の473個である細菌を作成できたそうだ。そのうち149個は機能がよくわかっていない。自然界では既知のものとしては525個が最小らしい。今後、どこまで減らせるか、天然のより小さいものはあるか、という研究が進むかも。 https://t.co/rcteTvYk1g
Quizás el único paper cuyo último autor es su financiador. @JCVenter lo consigue. https://t.co/SjNIOlkpwr
.@JCVenter Design and synthesis of a minimal bacterial genome #Science https://t.co/cRar8P6kzw https://t.co/xe52BBP8IM
Wow! Being a minimalist just got a whole new meaning- @JCVenter & team design & build a minimal genome https://t.co/toy12VwQoS
RT @jlmateos: Design and synthesis of a minimal bacterial genome https://t.co/0GM7vDDRmf
RT @aaas: Bacterial genome containing only the genes necessary for life built by team led by @JCVenter https://t.co/bSM6E54Gvn https://t.co…
Design and synthesis of a minimal bacterial genome https://t.co/AvsPobLuNc
Study nicely shows how infinitely improbable the evolution of even single cell life form is. Irreducible complexity! https://t.co/o82p0pDm9c
RT @DrJCThrash: Design and synthesis of a minimal bacterial genome https://t.co/kE0UY4edgg
RT @gilbertjacka: Design and synthesis of a minimal bacterial genome https://t.co/Imvxqodlt9
RT @christianbok: They design a synthetic bacterium that has only 473 genes—fewer than any genome in Nature (PDF): https://t.co/ZP1eBQVPgD
Minimal cell concept appears to be very complex with 400+ genes including also 149 genes with unknown function. #ID https://t.co/o82p0pDm9c
あ、OAじゃないかコレ、嬉しいな https://t.co/7922XkvWkk
RT @genetics_blog: Design and synthesis of a minimal bacterial genome https://t.co/yXbypgT0Rf https://t.co/vBrugndYAa
RT @sciencemagazine: How did @JCVenter and colleagues synthesize the minimal bacterial genome? Read the research: https://t.co/6GPMT1DbtQ h…