Physical inactivity is more a consequence than a cause of weight gain https://t.co/Ys4AxeogIU
RT @JuleenRZierath: Basal Ganglia Dysfunction Contributes to to Physical Inactivity in Obesity- Inactivity is consequence of weight gain ht…
RT @GreenAwakening: #Health—#diet-induced #obesity alters #brain functioning to suppress natural impulse for motion, physical activity http…
RT @JuleenRZierath: Basal Ganglia Dysfunction Contributes to to Physical Inactivity in Obesity- Inactivity is consequence of weight gain ht…
RT @GreenAwakening: #Health—#diet-induced #obesity alters #brain functioning to suppress natural impulse for motion, physical activity http…
#Health—#diet-induced #obesity alters #brain functioning to suppress natural impulse for motion, physical activity https://t.co/qvk4Aid9NM
Basal Ganglia Dysfunction Contributes to to Physical Inactivity in Obesity- Inactivity is consequence of weight gain https://t.co/JFg0dQVwrh
Basal Ganglia Dysfunction Contributes to Physical Inactivity in Obesity: Cell Metabolism https://t.co/HGL09WWY3b
Physical inactivity in #obese mice leads to #depression, via alternations in #dopamine signalling. https://t.co/r4X47hM4cH https://t.co/ZHXRd8xwnE
https://t.co/I0nKZ3Culj 0/#365papers Basal Ganglia Dysfunction Contributes to Physical Inactivity in Obesity #science
Basal Ganglia Dysfunction Contributes to Physical Inactivity in Obesity https://t.co/9glSCKduXu
RT @weldeiry: Basal Ganglia Dysfunction Contributes to Physical Inactivity in Obesity https://t.co/9FR4Z1d4aq
RT @erlesen: Obesity & sedentary behaⅵor: Which is chicken,which is egg?https://t.co/0pJrxeFcOU https://t.co/kJ2bTlS4mG dopamine❗ https://t…
Basal Ganglia Dysfunction Contributes to Physical Inactivity in Obesity https://t.co/9FR4Z1d4aq
Obesity & sedentary behaⅵor: Which is chicken,which is egg?https://t.co/0pJrxeFcOU https://t.co/kJ2bTlS4mG dopamine❗ https://t.co/pBd54kKI79
Basal Ganglia Dysfunction Contributes to Physical Inactivity in Obesity https://t.co/JCMzCAMtDT
Sedentary lifestyle: consequence or cause of weight gain? https://t.co/bBSNEmMeuk
Yet another study (albeit in mice) to suggest low physical activity is a... https://t.co/XpsAmkC5pz by #davidludwigmd via @c0nvey
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
#science https://t.co/d8HJPH2ioH Basal Ganglia Dysfunction Contributes to Physical Inactivity in Obesity
العجز في اشارات #الدوبامين ينتج الخمول البدني = السمنة .. https://t.co/Z8Hl6brMzN
RT @LUSCHERC: Beautiful work @LexKravitz: Consequence and not cause: D2R binding down w/ obesity. DREADD inhibition without GIRKs? https://…
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
肥満のマウスでは線条体のドーパミンD2受容体結合能が低い。線条体中型有棘ニューロンから遺伝学的にD2受容体を除去すると、痩せたマウスの運動量が減少。肥満のマウスの線条体中型有棘ニューロンのGiシグナルン回復で運動量が増加。https://t.co/4DpiYk0djM
RT @LUSCHERC: Beautiful work @LexKravitz: Consequence and not cause: D2R binding down w/ obesity. DREADD inhibition without GIRKs? https://…
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
RT @KateWassum: Striatal D2R signaling deficits contribute to physical inactivity in obesity, but inactivity is a consequence not cause of…
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
Incompetent rodent studies a big tradition in nutrition "science" #CharlesPerkins advises 60%-carb mouse diet p32&19 https://t.co/XOEbmK62Xh https://t.co/dZlfWu7DKV
RT @LUSCHERC: Beautiful work @LexKravitz: Consequence and not cause: D2R binding down w/ obesity. DREADD inhibition without GIRKs? https://…
Basal Ganglia Dysfunction Contributes to Physical Inactivity in Obesity https://t.co/PNmNOituix
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
Obesidad: otro estudio sugiere a la baja actividad física como consecuencia y no causa de la obesidad. https://t.co/yDq380Dnbm
RT @IlindelatorreMD: Basal Ganglia Dysfunction Contributes to Physical Inactivity in Obesity https://t.co/WjX2CG5Y6m https://t.co/hZGR0zS1HK
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
RT @LUSCHERC: Beautiful work @LexKravitz: Consequence and not cause: D2R binding down w/ obesity. DREADD inhibition without GIRKs? https://…
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
RT @nyshepa: Hello @pepsi @CocaCola https://t.co/WglhWXf0wC
Basal Ganglia Dysfunction Contributes to Physical Inactivity in Obesity https://t.co/1u4nV4lZCe
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
RT @davidludwigmd: Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co…
Yet another study (albeit in mice) to suggest low physical activity is a CONSEQUENCE, not CAUSE, of obesity https://t.co/RmZXqiEmcQ
Basal Ganglia Dysfunction Contributes to Physical Inactivity in Obesity https://t.co/SRgt1iAUeq
#Science https://t.co/d8HJPH2ioH Scientists have found that, in obese mice, physical inactivity results from altered dopamine receptors ra…
https://t.co/Ut6rtmKeso Scientists have found that, in obese mice, physical inactivity results from altered dopamine receptors rather than…
RT @neurotrition: Very cool new paper from @LexKravitz on how physical inactivity is likely a consequence, not a cause, of obesity https://…
RT @LUSCHERC: Beautiful work @LexKravitz: Consequence and not cause: D2R binding down w/ obesity. DREADD inhibition without GIRKs? https://…
https://t.co/gWtH2yC8ev Scientists have found that, in obese mice, physical inactivity results from altered dopamine receptors rather than…
Congrats, Lex! https://t.co/RlVXbjIXRd
Obesity may promote reductions in brain signal to move around https://t.co/tV72NQsdMH
Basal Ganglia Dysfunction Contributes to Physical Inactivity in Obesity https://t.co/WjX2CG5Y6m https://t.co/hZGR0zS1HK
A study in Mice showing physcial inactivity as a consequence rather than a cause to #obesity https://t.co/2pqoN8qebX
New insights into dopamine control of physical activity, in mice https://t.co/3geCRjxv3w Nice summary here https://t.co/NtHlCD2HEQ #diabetes
RT @Robin_Mesnage: Procrastination explained: Inactivity in obese mice linked to a decreased motivation to move https://t.co/OdD5iBg4a8 htt…
Procrastination explained: Inactivity in obese mice linked to a decreased motivation to move https://t.co/OdD5iBg4a8 https://t.co/aFatZNHnnO
RT @DanielJDrucker: Physical inactivity #obesity & striatal #dopamine receptor activity-consequence rather than cause @Cell_Metabolism http…
RT @LUSCHERC: Beautiful work @LexKravitz: Consequence and not cause: D2R binding down w/ obesity. DREADD inhibition without GIRKs? https://…
Very interesting paper showing (again) the D1/D2 dichotomy and complexity https://t.co/p8jJVtcAt4
Beautiful work @LexKravitz: Consequence and not cause: D2R binding down w/ obesity. DREADD inhibition without GIRKs? https://t.co/hMTmDKW4kg https://t.co/yyoCXv9jn2
Inactiviteit kan gevolg zijn van obesitas door dysfunctioneren dopaminereceptoren (bij muizen). https://t.co/l4IRucUQIY
RT @KateWassum: Striatal D2R signaling deficits contribute to physical inactivity in obesity, but inactivity is a consequence not cause of…
awesome and thought-provoking "Physical inactivity is more a consequence than a cause of weight gain" #obesity https://t.co/1IkB5dq1V1
RT @neurotrition: Very cool new paper from @LexKravitz on how physical inactivity is likely a consequence, not a cause, of obesity https://…
RT @neurotrition: Very cool new paper from @LexKravitz on how physical inactivity is likely a consequence, not a cause, of obesity https://…
Very cool new paper from @LexKravitz on how physical inactivity is likely a consequence, not a cause, of obesity https://t.co/CqK7F2LgrY
RT @KateWassum: Striatal D2R signaling deficits contribute to physical inactivity in obesity, but inactivity is a consequence not cause of…
Striatal D2R signaling deficits contribute to physical inactivity in obesity, but inactivity is a consequence not cause of obesity. https://t.co/WM6ajCYSfe
RT @gstuber: Nice work @LexKravitz and team! https://t.co/h8JIxSo5OS
Awesome new paper from Kravitz lab! Congrats all! https://t.co/xUkTIfhR89
Congrats, Lex and Kravitz lab! https://t.co/zX52RpvDKn
RT @michael_krashes: check out my homey for life @LexKravitz new Cell Metabolism paper. Congrats to all!!!! https://t.co/oZwnon2pU4
Nice work @LexKravitz and team! https://t.co/h8JIxSo5OS
RT @IntraMednet: La inactividad física podría ser una CONSECUENCIA más que una CAUSA de la #obesidad (estudio ratones) https://t.co/1Zxwew9…
Congrats, Lex!! https://t.co/FFftbfyVpT
RT @PhDeez: great work, Danielle and co! very cool findings https://t.co/CCAyNnagwQ
RT @IntraMednet: La inactividad física podría ser una CONSECUENCIA más que una CAUSA de la #obesidad (estudio ratones) https://t.co/1Zxwew9…
RT @zenbrainest: Glad to see kor dreadd worked as advertised https://t.co/NIBcJ90MIk
New paper from @LexKravitz & co. Congrats! Basal Ganglia Dysfunction Contributes to Physical Inactivity in Obesity https://t.co/AxNTuKPshb
great work, Danielle and co! very cool findings https://t.co/CCAyNnagwQ
RT @michael_krashes: check out my homey for life @LexKravitz new Cell Metabolism paper. Congrats to all!!!! https://t.co/oZwnon2pU4
RT @zenbrainest: Glad to see kor dreadd worked as advertised https://t.co/NIBcJ90MIk
Basal Ganglia Dysfunction Contributes to Physical Inactivity in Obesity https://t.co/9fyGxAELvi
This looks great! https://t.co/mY49uPa8uV
RT @DanielJDrucker: Physical inactivity #obesity & striatal #dopamine receptor activity-consequence rather than cause @Cell_Metabolism http…
RT @IntraMednet: La inactividad física podría ser una CONSECUENCIA más que una CAUSA de la #obesidad (estudio ratones) https://t.co/1Zxwew9…
La inactividad física podría ser una CONSECUENCIA más que una CAUSA de la #obesidad (estudio ratones) https://t.co/1Zxwew9AdR
(3 of 3) “These exciting results may help us better understand #obesity in ppl.” –Dr. Lex Kravitz @CellPressNews https://t.co/gaWV8RyKZi
RT @DanielJDrucker: Physical inactivity #obesity & striatal #dopamine receptor activity-consequence rather than cause @Cell_Metabolism http…
Physical inactivity #obesity & striatal #dopamine receptor activity-consequence rather than cause @Cell_Metabolism https://t.co/9Vm13SFIKc https://t.co/VdU48w62Y8
check out my homey for life @LexKravitz new Cell Metabolism paper. Congrats to all!!!! https://t.co/oZwnon2pU4
Glad to see kor dreadd worked as advertised https://t.co/NIBcJ90MIk