RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @Immunoscope: In situ mapping identifies distinct vascular niches for myelopoiesis | #myelopoiesis #CSF1 | Daniel Lucas @DanielL84885058…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @Immunoscope: In situ mapping identifies distinct vascular niches for myelopoiesis | #myelopoiesis #CSF1 | Daniel Lucas @DanielL84885058…
RT @Immunoscope: In situ mapping identifies distinct vascular niches for myelopoiesis | #myelopoiesis #CSF1 | Daniel Lucas @DanielL84885058…
@IliasAngelidis @tsoumakidou
RT @Immunoscope: In situ mapping identifies distinct vascular niches for myelopoiesis | #myelopoiesis #CSF1 | Daniel Lucas @DanielL84885058…
RT @Kannan9900: Origin of Innate immune cells is so highly organized by unique vessels in the bone marrow. All for a reason. >>Myeloid cel…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
Origin of Innate immune cells is so highly organized by unique vessels in the bone marrow. All for a reason. >>Myeloid cell differentiation is not random. Instead, is spatially organized by unique vessels in the bone marrow.<< Cc:@_atanas_
RT @Immunoscope: In situ mapping identifies distinct vascular niches for myelopoiesis | #myelopoiesis #CSF1 | Daniel Lucas @DanielL84885058…
Beautiful work! 😍
RT @nsalomonis: Happy to share this exciting collaboration with Daniel Lucas @DanielL84885058 and Lee Grimes @LeeGrimesLab to define vascul…
Beautiful!
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @CincyChildrens: Congrats to Drs. Lucas, Salomonis @nsalomonis Way @babiesresearch Grimes @LeeGrimesLab and team. #science #cancer #orga…
RT @CincyChildrens: Imagine a day when labs can custom-produce blood components needed to help people with #leukemia or #multiplemyeloma. T…
RT @AndrsHidalgo16: Quoting @Lo_Zanzi, it's all about location location location l Architecture of #myelopoiesis in bone marrow l Gorgeous…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @bethmcm: Using fluorescent staining, this study validates the widely held belief that bone marrows have the most stunning morphology of…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
This is cool! "Myeloid differentiation is not stochastic. Local cues produced by distinct blood vessels spatially organize production of myeloid cells."
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
A beautiful study with valuable insights for myeloid cell development from Cincinnati Children’s Medical Center.
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
Beautiful study- identifying BM vascular niches which support myeloid differentiation.
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @HellmutAugustin: Intra-organotypic angiodiversity driving functional specialization: Distinct vascular niches in the bone marrow drivin…
RT @HellmutAugustin: Intra-organotypic angiodiversity driving functional specialization: Distinct vascular niches in the bone marrow drivin…
RT @HellmutAugustin: Intra-organotypic angiodiversity driving functional specialization: Distinct vascular niches in the bone marrow drivin…
Intra-organotypic angiodiversity driving functional specialization: Distinct vascular niches in the bone marrow driving myelopoiesis. New report in @nature (https://t.co/ggxqfgbtw4). https://t.co/B1buj0CQN7
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @Immunoscope: In situ mapping identifies distinct vascular niches for myelopoiesis | #myelopoiesis #CSF1 | Daniel Lucas @DanielL84885058…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @nsalomonis: Happy to share this exciting collaboration with Daniel Lucas @DanielL84885058 and Lee Grimes @LeeGrimesLab to define vascul…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
@Robel_Lab
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @AndrsHidalgo16: Quoting @Lo_Zanzi, it's all about location location location l Architecture of #myelopoiesis in bone marrow l Gorgeous…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @Immunoscope: In situ mapping identifies distinct vascular niches for myelopoiesis | #myelopoiesis #CSF1 | Daniel Lucas @DanielL84885058…
RT @AndrsHidalgo16: Quoting @Lo_Zanzi, it's all about location location location l Architecture of #myelopoiesis in bone marrow l Gorgeous…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @Immunoscope: In situ mapping identifies distinct vascular niches for myelopoiesis | #myelopoiesis #CSF1 | Daniel Lucas @DanielL84885058…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @Immunoscope: In situ mapping identifies distinct vascular niches for myelopoiesis | #myelopoiesis #CSF1 | Daniel Lucas @DanielL84885058…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
Truly sensational work. More power to the many and varied roles for endothelial cells!
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
Wow! Incredibly beautiful work!
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @AndrsHidalgo16: Quoting @Lo_Zanzi, it's all about location location location l Architecture of #myelopoiesis in bone marrow l Gorgeous…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @Immunoscope: In situ mapping identifies distinct vascular niches for myelopoiesis | #myelopoiesis #CSF1 | Daniel Lucas @DanielL84885058…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @HeyBeyn: Our lab’s paper that was accepted Christmas Eve is now online! Hope everyone can really appreciate not only the biology, but h…
RT @TomItkin: What a cool story and beautiful images!!! Looks like a BM 🥳 party! Further sub-clustering BM sinusoids and arteries to specia…
RT @afrendeiro: That is an impressive study and absolutely stellar use of tissue imaging 🤯👏https://t.co/YGbMNz13jg
RT @AlejoFraticelli: Spatial organization of myelopoiesis in the bone marrow. Total tour de force. Hard to overstate the impact of this wo…
RT @Hema_News: Scientists from @CincyChildrens show that in situ mapping 🗺️ identifies distinct vascular niches for myelopoiesis. Publish…
RT @lexi_rindone: Very interesting article, and beautiful imaging! 😍 https://t.co/8kASzcKHLo
RT @bethmcm: Using fluorescent staining, this study validates the widely held belief that bone marrows have the most stunning morphology of…
RT @LeeGrimesLab: Beautiful work by @DanielL84885058 Dani Lucas lab. These gorgeous pictures of the bone marrow could be framed! @nsalomoni…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
#location location location taken to another level!! Wow, fantastic images for a fantastic paper @nature from @DanielL84885058 !! Spatially segregated #myelopoietic #niches in the #bonemarrow! Spatial distribution maintened during a systemic #infection! ht
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @AndrsHidalgo16: Quoting @Lo_Zanzi, it's all about location location location l Architecture of #myelopoiesis in bone marrow l Gorgeous…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…
Absolutely stunning work *immediately cites in dissertation*
RT @DanielL84885058: Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is…