In case you missed it: Should more #cells in few individuals, or fewer cells in more individuals be sequenced in #singlecell #rnaseq analyses? Bhaduri et al suggest #atlas-scale studies may benefit from the latter! #mouse #brain #database https://t.co/Vzh0
Identification of cell types in a mouse brain single-cell atlas using low sampling coverage. https://t.co/VVqxEqkWfS #Neuralstemcells
Should more cells in few individuals, or fewer cells in more individuals be sequenced for #singlecell #RNAseq analyses? Bhaduri et al suggest atlas-scale studies may benefit from the latter! #BrainAwarenessWeek2019 #BrainWeek #BrainAwarenessWeek https://t.
RT @BMCBiology: The newest addition our "New #Tools for #Neurobiology" collection; a series of Reviews, Q&As, and original research, coveri…
RT @BMCBiology: The newest addition our "New #Tools for #Neurobiology" collection; a series of Reviews, Q&As, and original research, coveri…
RT @BMCBiology: The newest addition our "New #Tools for #Neurobiology" collection; a series of Reviews, Q&As, and original research, coveri…
RT @BMCBiology: In light of it being #SFN2018, check out this paper from @UCSF researchers, presenting a 1.3 million cell #atlas of the #mo…
RT @BMCBiology: The newest addition our "New #Tools for #Neurobiology" collection; a series of Reviews, Q&As, and original research, coveri…
The newest addition our "New #Tools for #Neurobiology" collection; a series of Reviews, Q&As, and original research, covering new and emerging techniques and technologies that are transforming #neuroscience. Read more this #SFN2018 here: https://t.co/z
In light of it being #SFN2018, check out this paper from @UCSF researchers, presenting a 1.3 million cell #atlas of the #mouse #brain, recapitulated from only 50k cells - https://t.co/TMggc2pJ7U https://t.co/iJgRXzkLGt
RT @asharmaiisc: Most of the biologically interpretable cell types from the 1.3 million cell database can be recapitulated by 50,000 cells…
RT @BMCBiology: Should more cells in few individuals, or fewer cells in more individuals be sequenced in #singlecell #rnaseq analyses? Rese…
Most of the biologically interpretable cell types from the 1.3 million cell database can be recapitulated by 50,000 cells Atlas studies may benefit from profiling more individuals (n) at lower cellular coverage instead of more cells from few n’s https://t.
RT @BMCBiology: Should more cells in few individuals, or fewer cells in more individuals be sequenced in #singlecell #rnaseq analyses? Rese…
nicely done! and super relevant to me as I slog through a bunch of single cell data 😓🙃
RT @BMCBiology: Should more cells in few individuals, or fewer cells in more individuals be sequenced in #singlecell #rnaseq analyses? Rese…
RT @BMCBiology: Should more cells in few individuals, or fewer cells in more individuals be sequenced in #singlecell #rnaseq analyses? Rese…
RT @BMCBiology: Should more cells in few individuals, or fewer cells in more individuals be sequenced in #singlecell #rnaseq analyses? Rese…
RT @USBrainAlliance: Important study, funded in part by the BRAIN Initiative, about balancing cost and cell-type diversity in the generatio…
RT @USBrainAlliance: Important study, funded in part by the BRAIN Initiative, about balancing cost and cell-type diversity in the generatio…
RT @USBrainAlliance: Important study, funded in part by the BRAIN Initiative, about balancing cost and cell-type diversity in the generatio…
RT @USBrainAlliance: Important study, funded in part by the BRAIN Initiative, about balancing cost and cell-type diversity in the generatio…
RT @USBrainAlliance: Important study, funded in part by the BRAIN Initiative, about balancing cost and cell-type diversity in the generatio…
RT @BMCBiology: Should more cells in few individuals, or fewer cells in more individuals be sequenced in #singlecell #rnaseq analyses? Rese…
Important study, funded in part by the BRAIN Initiative, about balancing cost and cell-type diversity in the generation of single-cell atlases that will enable a comprehensive examination of organs, developmental stages, and individuals.
Important study, funded in part by the BRAIN Initiative, about balancing cost and cell-type diversity in the generation of single-cell atlases that will enable a comprehensive examination of organs, developmental stages, and individuals.
RT @BMCBiology: Should more cells in few individuals, or fewer cells in more individuals be sequenced in #singlecell #rnaseq analyses? Rese…
good question!!!!
RT @BMCBiology: Should more cells in few individuals, or fewer cells in more individuals be sequenced in #singlecell #rnaseq analyses? Rese…
Should more cells in few individuals, or fewer cells in more individuals be sequenced in #singlecell #rnaseq analyses? Research from Arnold Kriegstein and Aparna Bhaduri in a #mouse #brain #database suggests #atlas-scale studies may benefit from the latter
RT @melino_G: great, clean, to read!!! https://t.co/LGu2wjSRox
Identification of cell types in a mouse brain single-cell atlas using low sampling coverage. https://t.co/f3kmDnUmLX #Neuralstemcells
RT @BMCBiology: From Arnold Kriegstein and colleagues – 50.000 random cells can recapitulate the structure of a 1.3million cell #RNAseq #at…
great, clean, to read!!!
Identification of cell types in a mouse brain single-cell atlas using low sampling coverage https://t.co/QjG4M91iRY
Identification of cell types in a mouse brain single-cell atlas using low sampling coverage https://t.co/DDtNn6xYAw