RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
RT @TimBonfield: Deep in our brains, #sunlight helps regulate how fast we burn fat. Discovery @Nature https://t.co/0Pj8jurCVv by Dr. Lang a…
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
RT @johndouglass: Fascinating. Hypothalamic neurons sensitive to violet light suppress thermogenesis in mice.
I swear I'm not *just* reading this paper because "violet" is in the title. 💜🦄💜
SO INSANELY COOL. A deep brain nonvisual light sensor regulating metabolism. Does it play a role in circadian regulation of metabolism in LD cycles? Is it coordinated with the metabolism regulating blue light sensor in adipocytes? 💜💙💡https://t.co/kLKke2OA3
Deep brain light sensors - not just for flies! A deep brain violet light sensor in hypothalamic neurons suppresses brown adipose thermogenesis. https://t.co/kLKke2OA3g
RT @TimBonfield: Deep in our brains, #sunlight helps regulate how fast we burn fat. Discovery @Nature https://t.co/0Pj8jurCVv by Dr. Lang a…
Fascinating. Hypothalamic neurons sensitive to violet light suppress thermogenesis in mice.
RT @CincyChildrens: Mom and Dad were right all along. Kids need sunshine to stay healthy. New study @Nature https://t.co/dg1Vsfa223. shows…
RT @TimBonfield: Deep in our brains, #sunlight helps regulate how fast we burn fat. Discovery @Nature https://t.co/0Pj8jurCVv by Dr. Lang a…
RT @TimBonfield: Deep in our brains, #sunlight helps regulate how fast we burn fat. Discovery @Nature https://t.co/0Pj8jurCVv by Dr. Lang a…
RT @TimBonfield: Deep in our brains, #sunlight helps regulate how fast we burn fat. Discovery @Nature https://t.co/0Pj8jurCVv by Dr. Lang a…
Wild: Photoreceptors in the mammalian hypothalamus: optical suppression of thermogenesis, let s bring violet deep into the brain! https://t.co/laEPZglKzL
RT @TimBonfield: Deep in our brains, #sunlight helps regulate how fast we burn fat. Discovery @Nature https://t.co/0Pj8jurCVv by Dr. Lang a…
RT @SethBlackshaw: Mammalian deep brain photoreception at last! Expect that encephalopsin/Opn3 will also contribute to this. Violet-light…
RT @tak_miyawaki: 光感受性GPCRオプシンOpn5は、何故か視床下部POAの温度感受性ニューロンに発現している。低温条件下でUVを体外から照射してみると、投射先である褐色脂肪組織の代謝を抑え、体温の恒常性が保てなくなる(低下する)らしい。マウスは脳深部で紫外線…
Evidence for a violet light-sensitive thermoefferent pathway from hypothalamic POA to BAT mediated by the photosensor Opsin5. "OPN5 inhibits BAT thermogenesis through a direct light response that raises intracellular levels of cAMP." https://t.co/BcIlpWL
✨ New in @nature! 🔬 @CincyChildrens investigators describe a light-sensing pathway in which preoptic area #neurons that express Opn5 regulate #thermogenesis in brown adipose tissue. Open access https://t.co/7mLxM3Xd6e https://t.co/2OEr6pNXrv
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
RT @CincyKidsMedia: Deep inside our brains, normal #sunlight helps regulate how fast our bodies burn fat. Discovery @Nature https://t.co/m…
RT @ajwodecki: Another good one to add to #metabolism @ajwodecki Trying to get access for entire article @DrJackKruse @bluelightdiet @Still…
RT @Vesna_Tod: Just out @nature : Mouse #thermoregulation is responsive to violet light detected by the Opsin-5 receptor deep in the #brain…
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
RT @Vesna_Tod: Just out @nature : Mouse #thermoregulation is responsive to violet light detected by the Opsin-5 receptor deep in the #brain…
Light ... ☀️☀️☀️☀️☀️
RT @TimBonfield: Deep in our brains, #sunlight helps regulate how fast we burn fat. Discovery @Nature https://t.co/0Pj8jurCVv by Dr. Lang a…
RT @mitokondriac: En lo más profundo de nuestros cerebros... el sol regula a qué velocidad quemamos grasa.
RT @mitokondriac: En lo más profundo de nuestros cerebros... el sol regula a qué velocidad quemamos grasa.
RT @gottapatchemall: Violet-light suppression of thermogenesis by opsin 5 hypothalamic neurons https://t.co/xcIHiMI4GY https://t.co/qz1viYt…
RT @TimBonfield: Deep in our brains, #sunlight helps regulate how fast we burn fat. Discovery @Nature https://t.co/0Pj8jurCVv by Dr. Lang a…
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
RT @TimBonfield: A Eureka! moment about metabolism, sunshine and the limitations of #indoorlighting. @ResearchBlogs @Rosenchild @CircadianC…
RT @SethBlackshaw: Mammalian deep brain photoreception at last! Expect that encephalopsin/Opn3 will also contribute to this. Violet-light…
RT @seeleyrj: A really interesting paper from Richard Lang’s lab. Proud our lab made a small contribution to these thought provoking experi…
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
#Nature Violet-light suppression of thermogenesis by opsin 5 hypothalamic neurons https://t.co/DZJp2l3Fg2 Direct measurements of intracellular cAMP ex vivo show that Opn5 POA neurons increase cAMP when stimulated with violet light. https://t.co/QOhlnnH8hJ
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
RT @TimBonfield: A Eureka! moment about metabolism, sunshine and the limitations of #indoorlighting. @ResearchBlogs @Rosenchild @CircadianC…
En lo más profundo de nuestros cerebros... el sol regula a qué velocidad quemamos grasa.
Another good one to add to #metabolism @ajwodecki Trying to get access for entire article @DrJackKruse @bluelightdiet @StillmanMD @drnickgreiner @sjacobm321 @ExposomeHealth @DylanPetkus @mitokondriac @Mitominder @RDValerie @LilyNicholsRDN
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
RT @drnickgreiner: You love to see it. ☀️
RT @seeleyrj: A really interesting paper from Richard Lang’s lab. Proud our lab made a small contribution to these thought provoking experi…
RT @tak_miyawaki: 光感受性GPCRオプシンOpn5は、何故か視床下部POAの温度感受性ニューロンに発現している。低温条件下でUVを体外から照射してみると、投射先である褐色脂肪組織の代謝を抑え、体温の恒常性が保てなくなる(低下する)らしい。マウスは脳深部で紫外線…
RT @Vesna_Tod: Just out @nature : Mouse #thermoregulation is responsive to violet light detected by the Opsin-5 receptor deep in the #brain…
RT @tak_miyawaki: 光感受性GPCRオプシンOpn5は、何故か視床下部POAの温度感受性ニューロンに発現している。低温条件下でUVを体外から照射してみると、投射先である褐色脂肪組織の代謝を抑え、体温の恒常性が保てなくなる(低下する)らしい。マウスは脳深部で紫外線…
Free full-text access link to the paper: https://t.co/dJPWxDFbmj
How #WVXU covers the story...Soaking Up The Sun May Have More Health Benefits Than Previously Thought https://t.co/RJeZFz7A2y Study: https://t.co/0Pj8jurCVv Blog post: https://t.co/ensJL7Gsml
RT @TimBonfield: Deep in our brains, #sunlight helps regulate how fast we burn fat. Discovery @Nature https://t.co/0Pj8jurCVv by Dr. Lang a…
A really interesting paper from Richard Lang’s lab. Proud our lab made a small contribution to these thought provoking experiments.
You love to see it. ☀️
RT @TimBonfield: A Eureka! moment about metabolism, sunshine and the limitations of #indoorlighting. @ResearchBlogs @Rosenchild @CircadianC…
RT @SethBlackshaw: Mammalian deep brain photoreception at last! Expect that encephalopsin/Opn3 will also contribute to this. Violet-light…
Wow!
Violet-light suppression of thermogenesis by opsin 5 hypothalamic neurons https://t.co/Im2FcouCcJ
RT @SethBlackshaw: Mammalian deep brain photoreception at last! Expect that encephalopsin/Opn3 will also contribute to this. Violet-light…
Wowzers! Violet light-sensitive hypothalamic neurons regulate metabolic thermogenesis in mice... what a cool story. Ordering a 380 nm desk lamp from Amazon right now... https://t.co/aIyu9JBD51
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
RT @gottapatchemall: Violet-light suppression of thermogenesis by opsin 5 hypothalamic neurons https://t.co/xcIHiMI4GY https://t.co/qz1viYt…
RT @TimBonfield: A Eureka! moment about metabolism, sunshine and the limitations of #indoorlighting. @ResearchBlogs @Rosenchild @CircadianC…
Deep in the brains of cold mice.....
RT @tak_miyawaki: 光感受性GPCRオプシンOpn5は、何故か視床下部POAの温度感受性ニューロンに発現している。低温条件下でUVを体外から照射してみると、投射先である褐色脂肪組織の代謝を抑え、体温の恒常性が保てなくなる(低下する)らしい。マウスは脳深部で紫外線…
光感受性GPCRオプシンOpn5は、何故か視床下部POAの温度感受性ニューロンに発現している。低温条件下でUVを体外から照射してみると、投射先である褐色脂肪組織の代謝を抑え、体温の恒常性が保てなくなる(低下する)らしい。マウスは脳深部で紫外線を感じられる、みたいな。 https://t.co/9F4Ch3aUI3
Violet-light suppression of thermogenesis by opsin 5 hypothalamic neurons https://t.co/xcIHiMI4GY https://t.co/qz1viYtLbt
A Eureka! moment about metabolism, sunshine and the limitations of #indoorlighting. @ResearchBlogs @Rosenchild @CircadianClocks @howler0502 @sshin6591 @Dan_Duke_author @ajwodecki @saluabaida @JohnBarentine @SabanLab @JimJohnsonSci
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
Deep in our brains, #sunlight helps regulate how fast we burn fat. Discovery @Nature https://t.co/0Pj8jurCVv by Dr. Lang and team @CincyChildrens. Many implications. #metabolism #NICU #mooddisorders #obesity @jbhclock @DanielJDrucker @the_Node Read more: h
Mom and Dad were right all along. Kids need sunshine to stay healthy. New study @Nature https://t.co/dg1Vsfa223. shows how violet rays within #sunlight help manage #metabolism. Congrats to Dr. Lang and colleagues for this illuminating discovery! Read more:
RT @SethBlackshaw: Mammalian deep brain photoreception at last! Expect that encephalopsin/Opn3 will also contribute to this. Violet-light…
OK - so why would there be photoreceptors in mouse hypothalamus that can impact thermoregulation? Other ways to activate this particular opsin besides light? https://t.co/ajNDcVgiTD
Oh my....really interesting but also concerning findings for opto. studies.
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
RT @Vesna_Tod: Just out @nature : Mouse #thermoregulation is responsive to violet light detected by the Opsin-5 receptor deep in the #brain…
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
Mammalian deep brain photoreception at last! Expect that encephalopsin/Opn3 will also contribute to this. Violet-light suppression of thermogenesis by opsin 5 hypothalamic neurons https://t.co/Bqtr2fznJB
Thrilled to participate in understanding a new light mediated mechanism of regulation of #brownfat activity in our latest work with Richard Lang’s lab. https://t.co/pcXUq1llJP https://t.co/zrjxAlI1L0 @CincyChildrens @SableSys @MDBCincy @seeleyrj @nature
Just out @nature : Mouse #thermoregulation is responsive to violet light detected by the Opsin-5 receptor deep in the #brain 👇 https://t.co/aBFzayQLKa @UCHealthNews @MDBCincy
Violet-light suppression of thermogenesis by opsin 5 hypothalamic neurons https://t.co/LSw0m0gmEz https://t.co/5XzIY3apBZ
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
RT @zenbrainest: Cool paper and interesting use of chemogenetics https://t.co/BdmRokorNx
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
Cool paper and interesting use of chemogenetics https://t.co/BdmRokorNx
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
Brains are so damn weird
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
Fruit fly researchers are not shocked
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
RT @neuroecology: Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin…
Crazy - mice have neurons that can detect light DEEP inside the brain in order to regulate body temperature [from Kevin Zhang, Richard Lang] https://t.co/Fspx5zLlhO https://t.co/dT167u4Qdc
Violet-light suppression of thermogenesis by opsin 5 hypothalamic neurons https://t.co/WlfR7mNkqm