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    Researchers are using a new model to clarify why millions of years ago more animal species from Asia made the leap to the Australian continent than vice versa. The climate in which the species evolved played an important role.

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    • Researchers are using a new model to clarify why millions of years ago more #animal #species from Asia made the leap to the Australian continent than vice versa; The #climate in which the species evolved played an important role @eth #evolution https://t.co/EkDILAyi9B

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    In this fascinating video from the Baseball Sports Medicine Conference 2022 Dr. Ahmad discusses the evolution of TommyJohnSurgery & the various technical var…

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    • #MondayMorning #Surgery - #TommyJohnSurgery 💪 In this cool inside video from BSM2022 Dr. Ahmad discusses the #evolution of #TommyJohn & the various technical variations/aspects of the modern day #elbowsurgery.. https://t.co/3vm86HnOFc☑️ #baseballsportsmedicine #orthopedics🏆

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    According to a new study, eukaryotes — complex life forms with nuclei in their cells, including all the world’s plants, animals, insects and fungi — trace their roots to a common Asgard archaean ancestor. That means eukaryotes are, in the parlance of evolutionary biologists, a “well-nested clade” within Asgard archaea, similar to how birds are one of several groups within a larger group called…

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    • According to a new study, all complex life forms (aka #eukaryotes) trace their roots back to a common ancestor among a group of #microbes called the #Asgard #archaea @UTAustin #evolution #microbialevolution https://t.co/NmjhOITqUv

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    We identify that the larval zebrafish unpaired pre-anal fin fold is derived from the lateral plate mesoderm, can be readily duplicated, and thus may represent a developmental intermediate between median and paired fins.

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    • Where do our limbs come from? A new paper from @chrmosimann and Tom Carney show a surprising origin. A great example of international basic science, with implications for not just #zebrafish but human #evolution. Check it out here: https://t.co/UCmuNKDC9Q

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    High hyperdiploid acute lymphoblastic leukaemia (HeH ALL) is driven by nonrandom chromosomal gains, which have been suggested to arise early – even before birth. Here, the authors use single-cell whole genome sequencing and in silico modelling to show that HeH ALL aneuploidies could originate early and follow punctuated evolution.

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    • Analysis of high hyperdiploid #AcuteLymphoblasticLeukemia with #SingleCell #WholeGenomeSequencing and #InSilico modelling supports that chromosome gains could have early origin and follow punctuated #evolution #CancerResearch @natrescancer https://t.co/yzizcnjKy8 https://t.co/B2Ql5Hxs9g