@sarahmitchelphd @MikeMacArthur8 @rupertoverall @DannyArends @DavidAshbrook Looks like required reading.
RT @hillermich: Very excited that our study on gene losses in vampire #bats is out https://t.co/JEvciisE7b. Huge thanks to @MoritzBlumer &…
Bats of the park, and elsewhere: how vampire bats survive on blood.....Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding ....... https://t.co/xdqzubTcUI #bats #blood https://t.co/4H1uqfUtty
@CamiloOs22 Tome: hablando de murciélagos, otro estudio sobre su evolución: https://t.co/pF3A95YSmn Otro: https://t.co/MmWuq0CG7P Otro: https://t.co/9cRo7BPJ2B Otro: https://t.co/PD5mqdYoJu Y así podría tirarme días. Pero el ignorante pretende negar la evi
RT @Science_Release: [画像引用元] 1ツイート目&11ツイート目&12ツイート目&15ツイート目: 原著論文より https://t.co/9Eg4Mo3Bi7 8ツイート目: 参考文献より https://t.co/9D7DjwEYVq
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @elie: New genetic study show how vampire bats evolved to be able to feed from blood. Lots of interesting findings including the dampeni…
In April 2020, I emailed a question to a professor that was bugging me as a naive undergrad 🙋I did not get a reply & quickly forgot about it. However on March 28, 2022, this ⬇ study by @hillermich 's group answered *that very* question & I am so am
RT @blackcatstail: @Insect_loves @ki_Ga8rp5 @7shiomaneki53 血液を主食とするヘマトファジーの動物は消化器官に鉄吸収阻害因子があったり腸の上皮細胞に無機物と結合しやすいタンパク質を配置して鉄を回収することで鉄分中毒を防いで…
@Insect_loves @ki_Ga8rp5 @7shiomaneki53 血液を主食とするヘマトファジーの動物は消化器官に鉄吸収阻害因子があったり腸の上皮細胞に無機物と結合しやすいタンパク質を配置して鉄を回収することで鉄分中毒を防いでいるそうですね 添付はナミチスイコウモリの遺伝子解析結果 https://t.co/hGGS4StfpJ
RT @ScienceAdvances: Vampire bats are the only mammals that feed exclusively on blood—and scientists may have identified the gene losses re…
RT @hillermich: Very excited that our study on gene losses in vampire #bats is out https://t.co/JEvciisE7b. Huge thanks to @MoritzBlumer &…
RT @hillermich: Very excited that our study on gene losses in vampire #bats is out https://t.co/JEvciisE7b. Huge thanks to @MoritzBlumer &…
RT @ScienceAdvances: Vampire bats are the only mammals that feed exclusively on blood—and scientists may have identified the gene losses re…
Esqueci de mencionar o artigo recente que me inspirou a falar dos vampiros 😅 https://t.co/CySVgCgFfN
RT @CaluGuillaume: Ça c'est intéressant ! Génétique évolutive chez les 🦇
RT @DanGraur: Vampire bats are the only mammals that feed exclusively on blood. This adaptation was made possible by the loss df 13 genes.…
RT @DanGraur: Vampire bats are the only mammals that feed exclusively on blood. This adaptation was made possible by the loss df 13 genes.…
RT @DanGraur: Vampire bats are the only mammals that feed exclusively on blood. This adaptation was made possible by the loss df 13 genes.…
RT @DanGraur: Vampire bats are the only mammals that feed exclusively on blood. This adaptation was made possible by the loss df 13 genes.…
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @Science_Release: [画像引用元] 1ツイート目&11ツイート目&12ツイート目&15ツイート目: 原著論文より https://t.co/9Eg4Mo3Bi7 8ツイート目: 参考文献より https://t.co/9D7DjwEYVq
@MorbiusMovie 🧛🏼♂️🩸🦇
RT @DanGraur: Vampire bats are the only mammals that feed exclusively on blood. This adaptation was made possible by the loss df 13 genes.…
RT @DanGraur: Vampire bats are the only mammals that feed exclusively on blood. This adaptation was made possible by the loss df 13 genes.…
RT @DanGraur: Vampire bats are the only mammals that feed exclusively on blood. This adaptation was made possible by the loss df 13 genes.…
Another example on how loss of function mutations can in fact be adaptive.
RT @DanGraur: Vampire bats are the only mammals that feed exclusively on blood. This adaptation was made possible by the loss df 13 genes.…
The blueprint to become Nandor is coming into focus... (in all seriousness - this is a very cool finding! 🩸🦇🩸) https://t.co/i4BvWDXdMy
RT @DanGraur: Vampire bats are the only mammals that feed exclusively on blood. This adaptation was made possible by the loss df 13 genes.…
Ça c'est intéressant ! Génétique évolutive chez les 🦇
RT @DanGraur: Vampire bats are the only mammals that feed exclusively on blood. This adaptation was made possible by the loss df 13 genes.…
RT @DanGraur: Vampire bats are the only mammals that feed exclusively on blood. This adaptation was made possible by the loss df 13 genes.…
RT @DanGraur: Vampire bats are the only mammals that feed exclusively on blood. This adaptation was made possible by the loss df 13 genes.…
RT @DanGraur: Vampire bats are the only mammals that feed exclusively on blood. This adaptation was made possible by the loss df 13 genes.…
RT @DanGraur: Vampire bats are the only mammals that feed exclusively on blood. This adaptation was made possible by the loss df 13 genes.…
Vampire bats are the only mammals that feed exclusively on blood. This adaptation was made possible by the loss df 13 genes. The loss of REP15 enhanced their iron excretion. The loss of CYP39A1 may have enhanced their exceptional cognitive abilities. http
RT @izabelcavassim: the power of comparative genomics :)
RT @hillermich: Very excited that our study on gene losses in vampire #bats is out https://t.co/JEvciisE7b. Huge thanks to @MoritzBlumer &…
RT @Science_Release: [画像引用元] 1ツイート目&11ツイート目&12ツイート目&15ツイート目: 原著論文より https://t.co/9Eg4Mo3Bi7 8ツイート目: 参考文献より https://t.co/9D7DjwEYVq
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @hillermich: Very excited that our study on gene losses in vampire #bats is out https://t.co/JEvciisE7b. Huge thanks to @MoritzBlumer &…
RT @hillermich: Very excited that our study on gene losses in vampire #bats is out https://t.co/JEvciisE7b. Huge thanks to @MoritzBlumer &…
RT @BoixRichter: Link al estudio 👇 https://t.co/lml40XUBtH
RT @A_RuizHerrera: Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding https://t.co/5l6WEOJ9Vc
Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding https://t.co/5l6WEOJ9Vc
RT @BoixRichter: Link al estudio 👇 https://t.co/lml40XUBtH
RT @BoixRichter: Link al estudio 👇 https://t.co/lml40XUBtH
RT @BoixRichter: Link al estudio 👇 https://t.co/lml40XUBtH
RT @BoixRichter: Link al estudio 👇 https://t.co/lml40XUBtH
RT @BoixRichter: Link al estudio 👇 https://t.co/lml40XUBtH
RT @BoixRichter: Link al estudio 👇 https://t.co/lml40XUBtH
RT @BoixRichter: Link al estudio 👇 https://t.co/lml40XUBtH
RT @BoixRichter: Link al estudio 👇 https://t.co/lml40XUBtH
Paper https://t.co/TKGCYff9Oo
@avadeaux Nä, rubriken lovar mer än den håller. Mer här https://t.co/TKGCYff9Oo
RT @Science_Release: [画像引用元] 1ツイート目&11ツイート目&12ツイート目&15ツイート目: 原著論文より https://t.co/9Eg4Mo3Bi7 8ツイート目: 参考文献より https://t.co/9D7DjwEYVq
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
Link al estudio 👇 https://t.co/lml40XUBtH
Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding (Rated: Objective) https://t.co/EuFZ2Z2Fhy
RT @Science_Release: [画像引用元] 1ツイート目&11ツイート目&12ツイート目&15ツイート目: 原著論文より https://t.co/9Eg4Mo3Bi7 8ツイート目: 参考文献より https://t.co/9D7DjwEYVq
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @Nicola_Bressi: DURA LA VITA DA VAMPIRO I pipistrelli americani che si nutrono di sangue, devono adattarsi a una dieta senza carboidrati…
RT @hillermich: Very excited that our study on gene losses in vampire #bats is out https://t.co/JEvciisE7b. Huge thanks to @MoritzBlumer &…
RT @Science_Release: [画像引用元] 1ツイート目&11ツイート目&12ツイート目&15ツイート目: 原著論文より https://t.co/9Eg4Mo3Bi7 8ツイート目: 参考文献より https://t.co/9D7DjwEYVq
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @Nicola_Bressi: DURA LA VITA DA VAMPIRO I pipistrelli americani che si nutrono di sangue, devono adattarsi a una dieta senza carboidrati…
RT @hillermich: Very excited that our study on gene losses in vampire #bats is out https://t.co/JEvciisE7b. Huge thanks to @MoritzBlumer &…
RT @bat1kgenomes: Congratulations to our committee members, @hillermich @burtonlim! 🥳
RT @Science_Release: [画像引用元] 1ツイート目&11ツイート目&12ツイート目&15ツイート目: 原著論文より https://t.co/9Eg4Mo3Bi7 8ツイート目: 参考文献より https://t.co/9D7DjwEYVq
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
Vampire bats have lost their CTRL…
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @Nicola_Bressi: DURA LA VITA DA VAMPIRO I pipistrelli americani che si nutrono di sangue, devono adattarsi a una dieta senza carboidrati…
RT @Science_Release: [画像引用元] 1ツイート目&11ツイート目&12ツイート目&15ツイート目: 原著論文より https://t.co/9Eg4Mo3Bi7 8ツイート目: 参考文献より https://t.co/9D7DjwEYVq
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @Nicola_Bressi: DURA LA VITA DA VAMPIRO I pipistrelli americani che si nutrono di sangue, devono adattarsi a una dieta senza carboidrati…
DURA LA VITA DA VAMPIRO I pipistrelli americani che si nutrono di sangue, devono adattarsi a una dieta senza carboidrati e fibre. Per questo hanno dei geni🧬 diversi dagli altri mammiferi. Pure con meno aggressività, per condividere il cibo coi bisognosi: h
RT @hillermich: Very excited that our study on gene losses in vampire #bats is out https://t.co/JEvciisE7b. Huge thanks to @MoritzBlumer &…
'Notably, REP15 loss likely helped vampire bats adapt to high dietary iron levels by enhancing iron excretion, and the loss of CYP39A1 could have contributed to their exceptional cognitive abilities.' https://t.co/sAS5bs95zY
RT @Science_Release: [画像引用元] 1ツイート目&11ツイート目&12ツイート目&15ツイート目: 原著論文より https://t.co/9Eg4Mo3Bi7 8ツイート目: 参考文献より https://t.co/9D7DjwEYVq
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @Science_Release: [画像引用元] 1ツイート目&11ツイート目&12ツイート目&15ツイート目: 原著論文より https://t.co/9Eg4Mo3Bi7 8ツイート目: 参考文献より https://t.co/9D7DjwEYVq
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @Science_Release: [画像引用元] 1ツイート目&11ツイート目&12ツイート目&15ツイート目: 原著論文より https://t.co/9Eg4Mo3Bi7 8ツイート目: 参考文献より https://t.co/9D7DjwEYVq
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @hillermich: Very excited that our study on gene losses in vampire #bats is out https://t.co/JEvciisE7b. Huge thanks to @MoritzBlumer &…
RT @hillermich: Very excited that our study on gene losses in vampire #bats is out https://t.co/JEvciisE7b. Huge thanks to @MoritzBlumer &…
RT @hillermich: Very excited that our study on gene losses in vampire #bats is out https://t.co/JEvciisE7b. Huge thanks to @MoritzBlumer &…
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @Science_Release: [画像引用元] 1ツイート目&11ツイート目&12ツイート目&15ツイート目: 原著論文より https://t.co/9Eg4Mo3Bi7 8ツイート目: 参考文献より https://t.co/9D7DjwEYVq
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @Science_Release: [原著論文] Moritz Blumer, et al. "Gene losses in the common vampire bat illuminate molecular adaptations to blood feeding"…
RT @albertabats: Really just fascinating work on vampire bats! Again bats leave us saying, "what the hecky?!" They are just full (FULL) of…
RT @hillermich: Very excited that our study on gene losses in vampire #bats is out https://t.co/JEvciisE7b. Huge thanks to @MoritzBlumer &…