Daughter was super excited to discuss this research at the dinner table last night. We don’t have filters in this family. https://t.co/q0ItlqI5ik
Haha, Male Sperm have long fooled us. Now we know that, instead of swimming straight by twirling their tails like propellers, human sperm flick their tails lopsidedly and roll to balance out the off-center strokes. https://t.co/hX2Fort1jB @Biotechnology
RT @Science_Release: 以前私が紹介したこの論文、撤回されたようです。 Retraction of the Research Article: “Human sperm uses asymmetric and anisotropic flagellar co…
RT @Science_Release: 以前私が紹介したこの論文、撤回されたようです。 Retraction of the Research Article: “Human sperm uses asymmetric and anisotropic flagellar co…
RT @Science_Release: 以前私が紹介したこの論文、撤回されたようです。 Retraction of the Research Article: “Human sperm uses asymmetric and anisotropic flagellar co…
RT @Science_Release: 以前私が紹介したこの論文、撤回されたようです。 Retraction of the Research Article: “Human sperm uses asymmetric and anisotropic flagellar co…
RT @Science_Release: 以前私が紹介したこの論文、撤回されたようです。 Retraction of the Research Article: “Human sperm uses asymmetric and anisotropic flagellar co…
以前私が紹介したこの論文、撤回されたようです。 Retraction of the Research Article: “Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering” https://t.co/NHCG1ReLth
Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/utmIiQPU65
Just keep swimming <3 https://t.co/i3oppcjKux
Here is an article that I came across this morning and found pretty cool. Despite what you may think, sperm flagella roll around a rotation axis, kind of like spinning, instead of moving side to side #biom4110 https://t.co/vMrGA9X63q
RT @toyouvijaya: How Human sperm fooled scientists for 350 years? find out how: https://t.co/qDrW47LJUt
Reference: https://t.co/tQUphsnSEA
Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/6PA9O1pQnP
I am here on this earth because of asymmetric and anisotropic flagellar controls. I had always thought that, but never had the proof until today. https://t.co/CVJfE94qvm
How does human sperm flagellum achieve symmetric side-to-side movement & straight-line swimming with asymmetric flagellar controls? We show human sperm use both asymmetric & anisotropic controls to regulate the beat. Spermatozoa roll as they swim.
RT @DrMigaleRoberta: Watch a 3D video reveal how sperm really swim 🏊♂️😃 https://t.co/3IxYRdh9HJ 📰on @ScienceAdvances https://t.co/p0OJbW…
RT @MartinKusch: I am still flabbergasted that it took science 300 years to correctly determine the movement of sperms. https://t.co/EA2d…
RT @MartinKusch: I am still flabbergasted that it took science 300 years to correctly determine the movement of sperms. https://t.co/EA2d…
Interesting Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/yn0x9ecAXN
🔴 DÉCOUVERTE. 🔬 Les spermatozoïdes n'avancent pas en ondulant comme des anguilles, mais tracent leur route comme des tournevis ! #Science #Biologie ▶️ https://t.co/Ev2QvK4nha https://t.co/0XQPHXt4nH
Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering. https://t.co/4vojYVTDbw
@ScienceMagazine study determines that human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering. #fertility #medicine https://t.co/RHg8CgHvQY
RT @MartinKusch: I am still flabbergasted that it took science 300 years to correctly determine the movement of sperms. https://t.co/EA2d…
I am still flabbergasted that it took science 300 years to correctly determine the movement of sperms. https://t.co/EA2diRfkgs
RT @mimalavi: Extra! Extra! No nadan moviendo la cola! Son Movimientos asimétricos y anisotropicos del espermatozoide lo que los hace prog…
Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering: https://t.co/7e4OdGRD2s
Sperm swim like snakes, right? WRONG! New study reveals the secrets swim style of sperm....and apparently it resembles playful otters corkscrewing through the water 🤯 https://t.co/R1mGUHNrFe #fertility #sperm #latestresearch https://t.co/ewmKW8uIqc
HERMES GADÊLHA, PAUL HERNÁNDEZ-HERRERA, FERNANDO MONTOYA, ALBERTO DARSZON, GABRIEL CORKIDI, Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering, SCIENCE ADVANCES31 JUL 2020 : EABA5168 https://t.co/
RT @luizacaires3: O artigo foi publicado na revista Science Advances. Fio baseado em release da Universidade de Bristol e Universidade Autô…
RT @drsumanrice: So cool ...@HermesGadelha used 3D microscopy & mathematical modelling to show that human sperm actually propel themselves…
Wie gelangt eine #Spermie zur #Eizelle? Offenbar schwimmt sie ganz anders als lange angenommen. Sie dreht sich spiralförmig um die eigene Achse, wie nun Forscher von @BristolUni entdeckt haben. https://t.co/xGPIAvvNdo https://t.co/f6g4mecL7l
RT @wjtaynew: Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/J…
สเปิร์มเคลื่อนที่แบบสปินเดิลไม่ใช่แบบปลาไหล แต่ที่ล้ำคือที่นักคณิตศาสตร์คำนวณภาพ 3D แล้วสร้างแบบจำลองภาพอย่างสวยเลยยน
Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/JquLPCZwxB
So cool ...@HermesGadelha used 3D microscopy & mathematical modelling to show that human sperm actually propel themselves forward with a rolling motion. The eel-like movement that we’re so familiar with is a 2D artefact! https://t.co/04EKSz01Yb #sperm
2D microscopy showing sperm use flagellar beating, may be an optical illusion. This paper using 3D microscopy shows spiral or corkscrew motion. https://t.co/QPe77wuZie Interesting that @NeevesLab found that corkscrew pattern was best for microwheel enhan
Tune in to @BBCRadio4 at 16:30 today to hear @HermesGadelha talk about sperm swimming dynamics.
Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/2GNLeFTOL6
RT @SyunsukeW: 精子の泳ぎ方 Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https…
精子の泳ぎ方 Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/80kUJamYZf
RT @mimalavi: Extra! Extra! No nadan moviendo la cola! Son Movimientos asimétricos y anisotropicos del espermatozoide lo que los hace prog…
Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering | Science Advances https://t.co/Y7Kvwo6vr3
RT @UpbmAsso: Les #spermatozoïdes ont une façon étrange de nager, et nous ne le découvrons que 300 ans après leur découverte https://t.co/D…
Les #spermatozoïdes ont une façon étrange de nager, et nous ne le découvrons que 300 ans après leur découverte https://t.co/DaIsgSU8yT https://t.co/yJO8kUjYWw
Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/oeEHixwF3j
RT @mimalavi: Extra! Extra! No nadan moviendo la cola! Son Movimientos asimétricos y anisotropicos del espermatozoide lo que los hace prog…
RT @mimalavi: Extra! Extra! No nadan moviendo la cola! Son Movimientos asimétricos y anisotropicos del espermatozoide lo que los hace prog…
RT @Science_Release: ヒトの精子の泳ぎは、尾を左右に振るのではなく、尾と頭を回転させる歳差運動だった事が明らかになったよ!350年もの科学者のイメージを覆す発見だよ! Human sperm uses asymmetric and anisotropic…
ヒトの精子の泳ぎは、尾を左右に振るのではなく、尾と頭を回転させる歳差運動だった事が明らかになったよ!350年もの科学者のイメージを覆す発見だよ! Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/7FzFLjWv90
ところで、波形は三次元グラフにプロットしてますね。画像解析で座標取れちゃうの強いな。わしら、手で画面なぞってたからな…。https://t.co/Pz4NSoflEr
RT @mimalavi: Extra! Extra! No nadan moviendo la cola! Son Movimientos asimétricos y anisotropicos del espermatozoide lo que los hace prog…
RT @mimalavi: Extra! Extra! No nadan moviendo la cola! Son Movimientos asimétricos y anisotropicos del espermatozoide lo que los hace prog…
Watch a 3D video reveal how sperm really swim 🏊♂️😃 https://t.co/3IxYRdh9HJ 📰on @ScienceAdvances https://t.co/p0OJbW4DBB
https://t.co/CpoSUEwHdZ 原著ありました。
Extra! Extra! No nadan moviendo la cola! Son Movimientos asimétricos y anisotropicos del espermatozoide lo que los hace progresar. Descubren científicos de la UNAM y U. De Bristol. Aquí el paper...👇🏻 https://t.co/ecn5wSv3oM https://t.co/CjSgN5EEGW
Omg miren cómo nada un espermatozoide 🙊❤️ El papel está bien raro, ni le entendí jajaja https://t.co/VQ4j0KHoTl https://t.co/vrGS95Mtm2
Un estudio publicado recientemente devela que los espermatozoides no se mueven sacudiendo sus colas, sino en movimientos rotatorios en espiral que los impulsa en línea recta. Diferencias en este proceso podrían tener implicaciones en la fertilidad. https:/
@21Moncherry Te dejo el link del paper :D https://t.co/gQzcdE1LUE
RT @JournalCompPath: Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https:/…
Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/GOyMZ1MJsx
So cool to see in 3D! #biology Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/Grv0W6Di8U
(…) espermatozoide humano es asimétrico y no simétrico como se consideró desde hace cientos de años. El resultado de esta colaboración multidisciplinaria se dio a conocer en la revista @ScienceAdvances https://t.co/2SvC7XwK6U
"Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering" https://t.co/vSBhdaPQcF
How Human Sperm Fooled Scientists for 350 Years!!! Read more: https://t.co/88GosUpqLA https://t.co/vSBSik88LB
RT @AcquisAlejandro: Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https:/…
Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/xC6saaoFUL
RT @luizacaires3: O artigo foi publicado na revista Science Advances. Fio baseado em release da Universidade de Bristol e Universidade Autô…
RT @AcquisAlejandro: Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https:/…
RT @ChiffonHimeyuri: 精 子 は ト ル ネ ー ド し て 動 く https://t.co/XA941ZxCNT
RT @cdrm_89: Mira lo que compartí: Cargando… @MIUI| https://t.co/arJ8SQxJbR
RT @luizacaires3: O artigo foi publicado na revista Science Advances. Fio baseado em release da Universidade de Bristol e Universidade Autô…
精子の動きはこれまで鞭毛を左右に揺らすことによる推進だと考えられていたが、本当は「回転運動をしている」と異論を唱える研究が発表されたぞ。 まだ詳しく読んでいないが、今までの常識が容易にひっくり返りうるのは本当に科学の面白い所だな。 https://t.co/30S26DOULV
Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/L32VdWlM4y
RT @luizacaires3: O artigo foi publicado na revista Science Advances. Fio baseado em release da Universidade de Bristol e Universidade Autô…
Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/Ga46Gm2jSQ
Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/12TtoXuI53
RT @luizacaires3: O artigo foi publicado na revista Science Advances. Fio baseado em release da Universidade de Bristol e Universidade Autô…
RT @luizacaires3: O artigo foi publicado na revista Science Advances. Fio baseado em release da Universidade de Bristol e Universidade Autô…
Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/xUE7uvZosW
RT @luizacaires3: O artigo foi publicado na revista Science Advances. Fio baseado em release da Universidade de Bristol e Universidade Autô…
RT @luizacaires3: O artigo foi publicado na revista Science Advances. Fio baseado em release da Universidade de Bristol e Universidade Autô…
RT @luizacaires3: O artigo foi publicado na revista Science Advances. Fio baseado em release da Universidade de Bristol e Universidade Autô…
For 350 years, we thought we knew how human sperm swims. We were wrong. "The sperm is not even swimming, the sperm is drilling into the fluid." https://t.co/XrsofsJ7nI https://t.co/nVuy95zH4H
Mira lo que compartí: Cargando… @MIUI| https://t.co/arJ8SQxJbR
なるほど >Human ejaculates were obtained by masturbation after at least 48 hours of sexual abstinence. https://t.co/38iPwEqPYR
ヒト精子の水泳フォームを調べてる論文だけど、今までで一番マテメソ(ヒトの精子の調達方法)が気になった論文だった https://t.co/38iPwEqPYR
Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering https://t.co/mxPAGCCYXb
RT @luizacaires3: O artigo foi publicado na revista Science Advances. Fio baseado em release da Universidade de Bristol e Universidade Autô…
RT @luizacaires3: O artigo foi publicado na revista Science Advances. Fio baseado em release da Universidade de Bristol e Universidade Autô…
RT @luizacaires3: O artigo foi publicado na revista Science Advances. Fio baseado em release da Universidade de Bristol e Universidade Autô…
RT @luizacaires3: O artigo foi publicado na revista Science Advances. Fio baseado em release da Universidade de Bristol e Universidade Autô…