RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
Très intéressant
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @your_arpy: Gong bong! @fennamk, @s_mccarroll, large-scale systematic scRNAseq, and a starring cast of interneurons across mice, ferrets…
Intriguing: "an abundant striatal interneuron type in primates that had no molecularly homologous counterpart in mice or ferrets. These interneurons... constituted around 30% of striatal interneurons in marmosets and humans." https://t.co/S0VjjUpYlu
RT @your_arpy: Gong bong! @fennamk, @s_mccarroll, large-scale systematic scRNAseq, and a starring cast of interneurons across mice, ferrets…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @your_arpy: Gong bong! @fennamk, @s_mccarroll, large-scale systematic scRNAseq, and a starring cast of interneurons across mice, ferrets…
Interneurons are the masters, and pyramids are the slaves. This is the way. Innovations present in the primate interneuron repertoire | Nature https://t.co/6fHWBxgwDb
RT @your_arpy: Gong bong! @fennamk, @s_mccarroll, large-scale systematic scRNAseq, and a starring cast of interneurons across mice, ferrets…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @your_arpy: Gong bong! @fennamk, @s_mccarroll, large-scale systematic scRNAseq, and a starring cast of interneurons across mice, ferrets…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @your_arpy: Gong bong! @fennamk, @s_mccarroll, large-scale systematic scRNAseq, and a starring cast of interneurons across mice, ferrets…
RT @your_arpy: Gong bong! @fennamk, @s_mccarroll, large-scale systematic scRNAseq, and a starring cast of interneurons across mice, ferrets…
RT @your_arpy: Gong bong! @fennamk, @s_mccarroll, large-scale systematic scRNAseq, and a starring cast of interneurons across mice, ferrets…
RT @your_arpy: Gong bong! @fennamk, @s_mccarroll, large-scale systematic scRNAseq, and a starring cast of interneurons across mice, ferrets…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @JulioMTNeuro: Not all interneurons were created equal across species. primates may have gotten an upgrade in their interneuron repertoi…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @s_mccarroll: Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type…
RT @circuit_logic: Huge congrats to Fenna and the team! Seriously, there are so many amazing collaborations going on right now between our…
RT @your_arpy: Gong bong! @fennamk, @s_mccarroll, large-scale systematic scRNAseq, and a starring cast of interneurons across mice, ferrets…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
Remarkable evolutionary innovations by primates. My favorite: a third of the interneurons in the striatum are a novel type without homolog in mouse or ferret. Excited to share this work from team led by @fennamk with @GordFishell @guoping_feng https://t.co
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
Brilliant and important work led by one of the most inspiring scientists I've ever met!
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @JulioMTNeuro: Not all interneurons were created equal across species. primates may have gotten an upgrade in their interneuron repertoi…
RT @JulioMTNeuro: Not all interneurons were created equal across species. primates may have gotten an upgrade in their interneuron repertoi…
RT @ItamarKahn: Exceptional work with fundamental implications for human-mouse comparative studies. https://t.co/zQSD2n1j6t
RT @MaxNigro_Neuro: Comparative analysis of interneuron diversity by @fennamk @s_mccarroll @GordFishell @JDimidschstein @RudyNeuro…
Innovations present in the primate interneuron repertoire https://t.co/3P3Eer1ELu
RT @MaxNigro_Neuro: Comparative analysis of interneuron diversity by @fennamk @s_mccarroll @GordFishell @JDimidschstein @RudyNeuro…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @JulioMTNeuro: Not all interneurons were created equal across species. primates may have gotten an upgrade in their interneuron repertoi…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @neuroliege: Innovations present in the primate interneuron repertoire | Nature https://t.co/m7dYlXQnxt
;)
love love love it!
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
Fenna was my partner in crime (co-first author) for our 2011 paper. I am delighted that she is crushing it in a new field.
RT @JulioMTNeuro: Not all interneurons were created equal across species. primates may have gotten an upgrade in their interneuron repertoi…
RT @JulioMTNeuro: Not all interneurons were created equal across species. primates may have gotten an upgrade in their interneuron repertoi…
RT @likejie: Very interesting cross-species brain single cell (snRNAseq) comparison work https://t.co/hvJCQtkvsq
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
Very interesting cross-species brain single cell (snRNAseq) comparison work https://t.co/hvJCQtkvsq
RT @JulioMTNeuro: Not all interneurons were created equal across species. primates may have gotten an upgrade in their interneuron repertoi…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @ShahabBakht: “We found that an interneuron type that was previously associated with the mouse hippocampus—the ‘ivy cell’, which has neu…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @JulioMTNeuro: Not all interneurons were created equal across species. primates may have gotten an upgrade in their interneuron repertoi…
“We found that an interneuron type that was previously associated with the mouse hippocampus—the ‘ivy cell’, which has neurogliaform characteristics—has become abundant across the neocortex of humans, macaques and marmosets but not mice or ferrets.” I got
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @JulioMTNeuro: Not all interneurons were created equal across species. primates may have gotten an upgrade in their interneuron repertoi…
RT @JulioMTNeuro: Not all interneurons were created equal across species. primates may have gotten an upgrade in their interneuron repertoi…
Huge congrats to Fenna and @s_mccarroll on this landmark paper. Super excited to build on this work with you all as part of our @nxwm_network!
Not all interneurons were created equal across species. primates may have gotten an upgrade in their interneuron repertoire. More or different local computations? Good news for computational neuroscientists doing biophysical modelling of cell types https:/
Are interneurons monolithic entities across species? Not really. Fenna Kriegen and coworkers broke that dogma. Recommended read 👇https://t.co/npFVaNPqCV
RT @SherifMorris: Krienan et al., present one of the most comprehensive comparisons of interneurons (inhibitory neurons within the CNS) acr…
RT @circuit_logic: Huge congrats to Fenna and the team! Seriously, there are so many amazing collaborations going on right now between our…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @MaxNigro_Neuro: Comparative analysis of interneuron diversity by @fennamk @s_mccarroll @GordFishell @JDimidschstein @RudyNeuro…
RT @MaxNigro_Neuro: Comparative analysis of interneuron diversity by @fennamk @s_mccarroll @GordFishell @JDimidschstein @RudyNeuro…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
Innovations present in the primate interneuron repertoire | Nature. Congrats @fennamk !!!! So excited that this is out! 😀 https://t.co/4yvdpapMaR
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @MaxNigro_Neuro: Comparative analysis of interneuron diversity by @fennamk @s_mccarroll @GordFishell @JDimidschstein @RudyNeuro…
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @SherifMorris: Krienan et al., present one of the most comprehensive comparisons of interneurons (inhibitory neurons within the CNS) acr…
Innovations present in the primate interneuron repertoire | Nature https://t.co/jsArxf7k1j
RT @fennamk: taking a break from biennial tweets about sports to celebrate our paper, out today! thanks to my delightful crew of collabora…
RT @ItamarKahn: Exceptional work with fundamental implications for human-mouse comparative studies.