@lpachter @dana_peer Neurons are usually lost when profiling brains. See this reference: https://t.co/LoohhJHBYU
RT @nandemokaizen: Single-cell RNAseq of human #pluripotent #stemcell derived and fetal-derived ventral midbrain graft composition in a pre…
IDENTIFYING COMPOSITION OF hESC- AND FETAL CELL-DERIVED GRAFTS FOR PARKINSON'S CELL REPLACEMENT THERAPY. A recent Nature Communications article that addresses an outstanding question in the field of cell replacement in neurological disease https://t.co/DYI
RT @slinnarsson: Cool surprise, but also a little worrying: stem-cell derived ”dopaminergic neuron” preparations intended for human trials…
RT @perlmannlab: Parkinson’s disease cell therapy model: Unexpected vascular cell type in stem cell-derived grafts. One of the findings fro…
RT @ScienceofPD: This manuscript has now been published - congrats to @ParmarLab & @perlmannlab - spectacular work! https://t.co/FNZs2168e4
RT @MultiparkL: In this recent paper in @NatureComms, @perlmannlab and #Multipark's @ParmarLab uncover previously unknown cellular diversit…
RT @slinnarsson: Cool surprise, but also a little worrying: stem-cell derived ”dopaminergic neuron” preparations intended for human trials…
RT @NeuroscienceSAS: Mapping cell types by single cell sequencing in a Parkinson’s disease cell therapy model. #neuroscience #brain #neuron…
Mapping cell types by single cell sequencing in a Parkinson’s disease cell therapy model. #neuroscience #brain #neuron #Parkinsonsdisease #transcriptome #RNAseq #scRNAseq #stemcells https://t.co/3ltcX7Z2GX https://t.co/4K6thxx7ko
RT @MultiparkL: In this recent paper in @NatureComms, @perlmannlab and #Multipark's @ParmarLab uncover previously unknown cellular diversit…
RT @MultiparkL: In this recent paper in @NatureComms, @perlmannlab and #Multipark's @ParmarLab uncover previously unknown cellular diversit…
RT @MultiparkL: In this recent paper in @NatureComms, @perlmannlab and #Multipark's @ParmarLab uncover previously unknown cellular diversit…
RT @Lund_Stem: *NEW PAPER* The @ParmarLab and @perlmannlab have published research in @NatureComms using single cell transcriptomics to ide…
RT @MultiparkL: In this recent paper in @NatureComms, @perlmannlab and #Multipark's @ParmarLab uncover previously unknown cellular diversit…
In this recent paper in @NatureComms, @perlmannlab and #Multipark's @ParmarLab uncover previously unknown cellular diversity in a clinically relevant #cell replacement model for #Parkinsons disease. https://t.co/LWdweUoFtq https://t.co/fGMhhfKBzD
RT @perlmannlab: Parkinson’s disease cell therapy model: Unexpected vascular cell type in stem cell-derived grafts. One of the findings fro…
RT @perlmannlab: Parkinson’s disease cell therapy model: Unexpected vascular cell type in stem cell-derived grafts. One of the findings fro…
RT @perlmannlab: Parkinson’s disease cell therapy model: Unexpected vascular cell type in stem cell-derived grafts. One of the findings fro…
RT @perlmannlab: Parkinson’s disease cell therapy model: Unexpected vascular cell type in stem cell-derived grafts. One of the findings fro…
RT @slinnarsson: Cool surprise, but also a little worrying: stem-cell derived ”dopaminergic neuron” preparations intended for human trials…
RT @perlmannlab: Our paper describing the cellular composition of stem cell -derived grafts a PD model, resolved using single cell transcri…
RT @slinnarsson: Cool surprise, but also a little worrying: stem-cell derived ”dopaminergic neuron” preparations intended for human trials…
RT @perlmannlab: Parkinson’s disease cell therapy model: Unexpected vascular cell type in stem cell-derived grafts. One of the findings fro…
RT @perlmannlab: Parkinson’s disease cell therapy model: Unexpected vascular cell type in stem cell-derived grafts. One of the findings fro…
Cool surprise, but also a little worrying: stem-cell derived ”dopaminergic neuron” preparations intended for human trials in Parkinson’s disease turn out to consist mostly of astrocytes and VLMCs (after grafting). VLMCs are fibroblasts that make up the pia
Parkinson’s disease cell therapy model: Unexpected vascular cell type in stem cell-derived grafts. One of the findings from a really stimulating collaboration with @ParmarLab https://t.co/7Lrx7nQake
RT @scell_papers: Single cell transcriptomics identifies stem cell-derived graft composition in a model of Parkinson's disease. https://t.c…
Single cell transcriptomics identifies stem cell-derived graft composition in a model of Parkinson's disease. https://t.co/B1RHsMQF4S
RT @Lund_Stem: *NEW PAPER* The @ParmarLab and @perlmannlab have published research in @NatureComms using single cell transcriptomics to ide…
RT @ScienceofPD: This manuscript has now been published - congrats to @ParmarLab & @perlmannlab - spectacular work! https://t.co/FNZs2168e4
RT @JOHANATELLO: Single cell transcriptomics identifies stem cell-derived graft composition in a model of #Parkinson’s disease https://t.co…
Single cell transcriptomics identifies stem cell-derived graft composition in a model of #Parkinson’s disease https://t.co/QXQP0R1POK
RT @ESC_iPSC_News: Study from @Lund_Stem uncovers previously unknown cellular diversity in a clinically relevant cell replacement #Parkinso…
RT @PapersPe: Single cell transcriptomics identifies stem cell-derived graft composition in a model of Parkinson's disease. https://t.co/f3…
Single cell transcriptomics identifies stem cell-derived graft composition in a model of Parkinson's disease. https://t.co/f3trRaUsIt
RT @perlmannlab: Our paper describing the cellular composition of stem cell -derived grafts a PD model, resolved using single cell transcri…
RT @nandemokaizen: Single-cell RNAseq of human #pluripotent #stemcell derived and fetal-derived ventral midbrain graft composition in a pre…
Brava @ParmarLab !!! https://t.co/2qdhI2MkeB
RT @nandemokaizen: Single-cell RNAseq of human #pluripotent #stemcell derived and fetal-derived ventral midbrain graft composition in a pre…
Study from @Lund_Stem uncovers previously unknown cellular diversity in a clinically relevant cell replacement #ParkinsonsDisease model. https://t.co/UxFRvMLqTy https://t.co/aaurBtihLR
RT @Lund_Stem: *NEW PAPER* The @ParmarLab and @perlmannlab have published research in @NatureComms using single cell transcriptomics to ide…
RT @Lund_Stem: *NEW PAPER* The @ParmarLab and @perlmannlab have published research in @NatureComms using single cell transcriptomics to ide…
RT @nandemokaizen: Single-cell RNAseq of human #pluripotent #stemcell derived and fetal-derived ventral midbrain graft composition in a pre…
RT @nandemokaizen: Single-cell RNAseq of human #pluripotent #stemcell derived and fetal-derived ventral midbrain graft composition in a pre…
RT @nandemokaizen: Single-cell RNAseq of human #pluripotent #stemcell derived and fetal-derived ventral midbrain graft composition in a pre…
RT @nandemokaizen: Single-cell RNAseq of human #pluripotent #stemcell derived and fetal-derived ventral midbrain graft composition in a pre…
RT @nandemokaizen: Single-cell RNAseq of human #pluripotent #stemcell derived and fetal-derived ventral midbrain graft composition in a pre…
Single-cell RNAseq of human #pluripotent #stemcell derived and fetal-derived ventral midbrain graft composition in a pre-clinical rat #ParkinsonsDisease model identifies #neurons, #astrocytes and #perivascular-like cells #regenerativemedicine #scRNAseq htt
RT @Lund_Stem: *NEW PAPER* The @ParmarLab and @perlmannlab have published research in @NatureComms using single cell transcriptomics to ide…
RT @Lund_Stem: *NEW PAPER* The @ParmarLab and @perlmannlab have published research in @NatureComms using single cell transcriptomics to ide…
RT @Lund_Stem: *NEW PAPER* The @ParmarLab and @perlmannlab have published research in @NatureComms using single cell transcriptomics to ide…
RT @Lund_Stem: *NEW PAPER* The @ParmarLab and @perlmannlab have published research in @NatureComms using single cell transcriptomics to ide…
RT @Lund_Stem: *NEW PAPER* The @ParmarLab and @perlmannlab have published research in @NatureComms using single cell transcriptomics to ide…
RT @Lund_Stem: *NEW PAPER* The @ParmarLab and @perlmannlab have published research in @NatureComms using single cell transcriptomics to ide…
RT @Lund_Stem: *NEW PAPER* The @ParmarLab and @perlmannlab have published research in @NatureComms using single cell transcriptomics to ide…
RT @Lund_Stem: *NEW PAPER* The @ParmarLab and @perlmannlab have published research in @NatureComms using single cell transcriptomics to ide…
*NEW PAPER* The @ParmarLab and @perlmannlab have published research in @NatureComms using single cell transcriptomics to identify the stem cell-derived graft composition in a model of Parkinson’s disease https://t.co/4Gve4uvtwv https://t.co/DScwxBSN3h
RT @perlmannlab: Our paper describing the cellular composition of stem cell -derived grafts a PD model, resolved using single cell transcri…
RT @ScienceofPD: This manuscript has now been published - congrats to @ParmarLab & @perlmannlab - spectacular work! https://t.co/FNZs2168e4
RT @ScienceofPD: This manuscript has now been published - congrats to @ParmarLab & @perlmannlab - spectacular work! https://t.co/FNZs2168e4
RT @ScienceofPD: This manuscript has now been published - congrats to @ParmarLab & @perlmannlab - spectacular work! https://t.co/FNZs2168e4
This manuscript has now been published - congrats to @ParmarLab & @perlmannlab - spectacular work! https://t.co/FNZs2168e4
Our paper describing the cellular composition of stem cell -derived grafts a PD model, resolved using single cell transcriptomics (SmartSeq2 + 10x), is now out in @NatureComms : https://t.co/4b1m3sV1Zq The links to rShiny apps can be found here: https://t