Reconstituting the transcriptome and DNA methylome landscapes of human implantation. https://t.co/UoHWHr32G3
RT @JOSHI_NR: 🐣👶🤱🤰🔬👩🔬👨🔬🔭 https://t.co/1BuvHtEB4y
🐣👶🤱🤰🔬👩🔬👨🔬🔭 https://t.co/1BuvHtEB4y
RT @CRougeulle: A first glimpse on #X-inactivation initiation in human Reconstituting the transcriptome and DNA methylome landscapes of hum…
RT @CRougeulle: A first glimpse on #X-inactivation initiation in human Reconstituting the transcriptome and DNA methylome landscapes of hum…
RT @CRougeulle: A first glimpse on #X-inactivation initiation in human Reconstituting the transcriptome and DNA methylome landscapes of hum…
X chromosome inactivation in human embryos! https://t.co/8zvkPGW0Af
A first glimpse on #X-inactivation initiation in human Reconstituting the transcriptome and DNA methylome landscapes of human implantation https://t.co/7G3NjpcOeU
네이처 하이라이트:인간 배아 이식 시에 작용하는 트랜스크립톰 및 DNA 메틸화 분석 https://t.co/Qbrx2oSBpm
Impressive work!
RT @karahan_gurbet: Reconstituting the transcriptome and DNA methylome landscapes of human implantation https://t.co/LNasMoVKdW
Reconstituting the transcriptome and DNA methylome landscapes of human implantation #transcriptome #RNA #methylation Transcriptomics and DNA methylomics are used to study the implantation process of human embryos at single-cell resolution. https://t.co/f
RT @karahan_gurbet: Reconstituting the transcriptome and DNA methylome landscapes of human implantation https://t.co/LNasMoVKdW
RT @karahan_gurbet: Reconstituting the transcriptome and DNA methylome landscapes of human implantation https://t.co/LNasMoVKdW
RT @alteri_ale: New insights into the complex molecular mechanisms that regulate the implantation of human embryos https://t.co/CJFIZvmU…
Reconstituting the transcriptome and DNA methylome landscapes of human implantation https://t.co/LNasMoVKdW
RT @alteri_ale: New insights into the complex molecular mechanisms that regulate the implantation of human embryos https://t.co/CJFIZvmU…
RT @alteri_ale: New insights into the complex molecular mechanisms that regulate the implantation of human embryos https://t.co/CJFIZvmU…
New insights into the complex molecular mechanisms that regulate the implantation of human embryos https://t.co/CJFIZvmUoX @nature #implantation #embryo
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @EricTopol: —If only we could do single-cell DNA, RNA-seq, methylation of 8,000 individual embryo cells and use #AI to determine the sto…
2000の着床前、9000の着床後 #ヒト胚細胞 (65)のscTrioseq・多オミックス分析で、メチル化ランドスケープを観察。母児協力を確認、特定細胞で再メチル化が早く起った。転写シフトやX不活化のプロセスも見た、と(in vitro)。:北京大学。 https://t.co/VMdYtyqFaS
RT @EricTopol: —If only we could do single-cell DNA, RNA-seq, methylation of 8,000 individual embryo cells and use #AI to determine the sto…
RT @zhoufanlove: We are grateful to @nature for the platform, editor and reviewers for their insightful and helpful comments. We also appre…
RT @Marta_Shahbazi: A great resource for those studying the human embryo: transcriptome and methylome of human embryos cultured in vitro be…
RT @Marta_Shahbazi: A great resource for those studying the human embryo: transcriptome and methylome of human embryos cultured in vitro be…
RT @Marta_Shahbazi: A great resource for those studying the human embryo: transcriptome and methylome of human embryos cultured in vitro be…
RT @Marta_Shahbazi: A great resource for those studying the human embryo: transcriptome and methylome of human embryos cultured in vitro be…
RT @Marta_Shahbazi: A great resource for those studying the human embryo: transcriptome and methylome of human embryos cultured in vitro be…
RT @zhoufanlove: Thank you @EricTopol for sharing! https://t.co/sTjtr5mCu2
RT @funcembryomics: Very nice work! Happy to see that researches are using the pre- to post-implantation culture technology and making disc…
Reconstituting the transcriptome and DNA methylome landscapes of human implantation. https://t.co/iGXwyskuCU
Very nice work! Happy to see that researches are using the pre- to post-implantation culture technology and making discoveries. https://t.co/x7xCkGcZAn
RT @Marta_Shahbazi: A great resource for those studying the human embryo: transcriptome and methylome of human embryos cultured in vitro be…
RT @epicypher: Single-cell multi-omics analysis of human peri-implantation embryos. A fascinating combination of #chromatin and development…
RT @Marta_Shahbazi: A great resource for those studying the human embryo: transcriptome and methylome of human embryos cultured in vitro be…
RT @epicypher: Single-cell multi-omics analysis of human peri-implantation embryos. A fascinating combination of #chromatin and development…
RT @pknoepfler: An important frontier of human health and science: human implantation. Interesting new @Nature pub "Reconstituting the tran…
RT @EricTopol: —If only we could do single-cell DNA, RNA-seq, methylation of 8,000 individual embryo cells and use #AI to determine the sto…
RT @RuggGunnLab: Reconstituting the transcriptome and DNA methylome landscapes of human implantation | Nature https://t.co/j1fopaRH2J
RT @EricTopol: —If only we could do single-cell DNA, RNA-seq, methylation of 8,000 individual embryo cells and use #AI to determine the sto…
Thank you @EricTopol for sharing!
RT @rlebron_bioinfo: Reconstituting the transcriptome and DNA methylome landscapes of human implantation https://t.co/5zAX8MK482
A great resource for those studying the human embryo: transcriptome and methylome of human embryos cultured in vitro beyond implantation. So glad to see different independent groups using our culture method successfully! https://t.co/Ig9Vh4oxRC
RT @EricTopol: —If only we could do single-cell DNA, RNA-seq, methylation of 8,000 individual embryo cells and use #AI to determine the sto…
RT @zhoufanlove: We are grateful to @nature for the platform, editor and reviewers for their insightful and helpful comments. We also appre…
RT @EricTopol: —If only we could do single-cell DNA, RNA-seq, methylation of 8,000 individual embryo cells and use #AI to determine the sto…
RT @EricTopol: —If only we could do single-cell DNA, RNA-seq, methylation of 8,000 individual embryo cells and use #AI to determine the sto…
Single-cell multi-omics analysis of human peri-implantation embryos. A fascinating combination of #chromatin and developmental biology, from Fuchou Tang and Jie Qiao groups @PKU1898. https://t.co/y0bUYXqFfc
RT @rlebron_bioinfo: Reconstituting the transcriptome and DNA methylome landscapes of human implantation https://t.co/5zAX8MK482
RT @pknoepfler: An important frontier of human health and science: human implantation. Interesting new @Nature pub "Reconstituting the tran…
RT @rlebron_bioinfo: Reconstituting the transcriptome and DNA methylome landscapes of human implantation https://t.co/5zAX8MK482
RT @Epigenomica_mx: Análisis de #metiloma y #transcriptoma de 8000 células de 65 embriones humanos pre-implantados: Cambios #epigeneticos…
RT @EricTopol: —If only we could do single-cell DNA, RNA-seq, methylation of 8,000 individual embryo cells and use #AI to determine the sto…
RT @ControllingLMNT: Human #implantation becoming less of a black box: "Reconstituting the transcriptome and DNA methylome landscapes of hu…
RT @Randbot20201: Meanwhile, in moon land, where 115% of the national focus isn't on slowly genociding it's own founding stock... https://t…
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @Epigenomica_mx: Análisis de #metiloma y #transcriptoma de 8000 células de 65 embriones humanos pre-implantados: Cambios #epigeneticos…
RT @zhoufanlove: We are grateful to @nature for the platform, editor and reviewers for their insightful and helpful comments. We also appre…
RT @RuggGunnLab: Reconstituting the transcriptome and DNA methylome landscapes of human implantation | Nature https://t.co/j1fopaRH2J
RT @Epigenomica_mx: Análisis de #metiloma y #transcriptoma de 8000 células de 65 embriones humanos pre-implantados: Cambios #epigeneticos…
Análisis de #metiloma y #transcriptoma de 8000 células de 65 embriones humanos pre-implantados: Cambios #epigeneticos durante la #embriogenesis! #scRNAseq #epigenetica - Reconstituting the transcriptome and DNA methylome landscapes of human implantation
RT @pknoepfler: An important frontier of human health and science: human implantation. Interesting new @Nature pub "Reconstituting the tran…
Reconstituting the transcriptome and DNA methylome landscapes of human implantation https://t.co/5zAX8MK482
RT @EricTopol: —If only we could do single-cell DNA, RNA-seq, methylation of 8,000 individual embryo cells and use #AI to determine the sto…
RT @RuggGunnLab: Reconstituting the transcriptome and DNA methylome landscapes of human implantation | Nature https://t.co/j1fopaRH2J
RT @EricTopol: —If only we could do single-cell DNA, RNA-seq, methylation of 8,000 individual embryo cells and use #AI to determine the sto…
RT @pknoepfler: An important frontier of human health and science: human implantation. Interesting new @Nature pub "Reconstituting the tran…
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @zhoufanlove: We are grateful to @nature for the platform, editor and reviewers for their insightful and helpful comments. We also appre…
RT @Randbot20201: Meanwhile, in moon land, where 115% of the national focus isn't on slowly genociding it's own founding stock... https://t…
RT @RuggGunnLab: Reconstituting the transcriptome and DNA methylome landscapes of human implantation | Nature https://t.co/j1fopaRH2J
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @EricTopol: —If only we could do single-cell DNA, RNA-seq, methylation of 8,000 individual embryo cells and use #AI to determine the sto…
RT @RuggGunnLab: Reconstituting the transcriptome and DNA methylome landscapes of human implantation | Nature https://t.co/j1fopaRH2J
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @zhoufanlove: We are grateful to @nature for the platform, editor and reviewers for their insightful and helpful comments. We also appre…
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
Emosional feed BAC ON a timeless wavelength , BEAR RING a gift BEYOND price almost FREI d that bloody egg before we tolled them to get her
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
RT @PDChina: Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture sys…
Chinese scientists have decoded the process of human embryo implantation for the first time, combining an in vitro culture system and single-cell multi-omics sequencing technologies, according to work published on Nature. Read full article at: https://t.co
RT @zhoufanlove: We are grateful to @nature for the platform, editor and reviewers for their insightful and helpful comments. We also appre…
I thought studyings like that research may will help to understand & figure out about the mechanism of child's born. I hope so much that studyings about pregnancy & childbirth will help us to expand to another world like @ExpanseOnPrime or @StarTre
RT @RuggGunnLab: Reconstituting the transcriptome and DNA methylome landscapes of human implantation | Nature https://t.co/j1fopaRH2J
RT @RuggGunnLab: Reconstituting the transcriptome and DNA methylome landscapes of human implantation | Nature https://t.co/j1fopaRH2J
RT @EricTopol: —If only we could do single-cell DNA, RNA-seq, methylation of 8,000 individual embryo cells and use #AI to determine the sto…
RT @RuggGunnLab: Reconstituting the transcriptome and DNA methylome landscapes of human implantation | Nature https://t.co/j1fopaRH2J
RT @RuggGunnLab: Reconstituting the transcriptome and DNA methylome landscapes of human implantation | Nature https://t.co/j1fopaRH2J