RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。 https://t.co/FdGBU0iWq5
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。 https://t.co/FdGBU0iWq5
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @thirokazu_uc: 亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
亜鉛は、感覚神経、内皮および平滑筋に作用することにより、血管弛緩を促進する。
RT @boretrol: Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle https://t.co/40hHfeesnZ
The report: https://t.co/wZpTCDP3CL
Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle https://t.co/40hHfeesnZ
RT @TheFlorey: Day 2 of #12daysofneuroscience: zinc's blood pressure effects by A/Prof @ayton_scott & Dr @AshenafiBetrie unlocks new drug p…
RT @TheFlorey: Day 2 of #12daysofneuroscience: zinc's blood pressure effects by A/Prof @ayton_scott & Dr @AshenafiBetrie unlocks new drug p…
RT @TheFlorey: Day 2 of #12daysofneuroscience: zinc's blood pressure effects by A/Prof @ayton_scott & Dr @AshenafiBetrie unlocks new drug p…
RT @TheFlorey: Day 2 of #12daysofneuroscience: zinc's blood pressure effects by A/Prof @ayton_scott & Dr @AshenafiBetrie unlocks new drug p…
Day 2 of #12daysofneuroscience: zinc's blood pressure effects by A/Prof @ayton_scott & Dr @AshenafiBetrie unlocks new drug prospects & study of #zinc on brain blood flow in #Alzheimers 👉 https://t.co/brjq3gcNST @natcomms: https://t.co/h5Y04Xg5CB @
An insightful article from NATURE, on the role of zinc in blood pressure! https://t.co/FWsDXrfcZg
La deficiencia de #Zinc se relaciona con el desarrollo de la hipertensión arterial ‼️ Alimentos ricos en zinc: mariscos 🦞🦪 hígado 🥩 pollo 🍗 queso 🧀 frutos secos 🌰 https://t.co/Z1r2ecI6WG https://t.co/nkk88ho6fe
RT @IvorGoodbody: Zinc deficiency seems to play a vital role in high #bloodpressure. Good dietary sources of #zinc: #shellfish, #legumes,…
RT @heniek_htw: Zinc & Cardiovascular Diseases 💔 ➡️ TRPA1-mediated activation of CGRP release from perivascular sensory nerves ➡️ Increase…
Zinc & Cardiovascular Diseases 💔 ➡️ TRPA1-mediated activation of CGRP release from perivascular sensory nerves ➡️ Increased dilatory prostanoid signaling from the endothelium ➡️ Inhibition of VGCC in vascular smooth muscle ➡️ Zinc is required for nitr
"Fundamental discoveries going back more than 60 years have established that the levels of the calcium and potassium in the muscle surrounding blood vessels control how they expand and contract. Ref: https://t.co/ScqvbRpxmr #healthcare #medical #pharmacy
Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle https://t.co/zuIg4eBcbu
Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle https://t.co/PETO0hwAi0
RT @NatRevCardiol: Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle https://t.co/7W2pJGCkvq
RT @IvorGoodbody: Zinc deficiency seems to play a vital role in high #bloodpressure. Good dietary sources of #zinc: #shellfish, #legumes,…
Zinc deficiency seems to play a vital role in high #bloodpressure. Good dietary sources of #zinc: #shellfish, #legumes, #seeds, #nuts, #dairy, #eggs, whole #grains, dark #chocolate [70%+ cocoa content]. https://t.co/F3mlUxXTWG
article is on open access here: https://t.co/jK4EMnNoul I like the idea, if and when low Zn is the cause of #hypertension, I guess it will be healthier to take Zn supplements than the usual BP meds?
RT @AshenafiBetrie: Happy to finally share our most recent work on zinc on blood vessels. Four years of long nights and travel paying off!…
RT @AutonomicAus: Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle, by @AshenafiBetrie et al, at @Melb…
Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle, by @AshenafiBetrie et al, at @Melbourne_DRC (@TheFlorey & @UniMelbMDHS) et al, in @NatureComms https://t.co/BgigauNROw #perivascular #sensorynerves #endothelialcel
RT @merrylindseyphd: #zinc helps your blood vessels relax, nice work @AshenafiBetrie & team. Zinc also impt 4 #VascularBiology of pregnanc…
RT @merrylindseyphd: #zinc helps your blood vessels relax, nice work @AshenafiBetrie & team. Zinc also impt 4 #VascularBiology of pregnanc…
RT @Yugeesh_L: Fantastic work by @AshenafiBetrie et al... https://t.co/ajJbBTLRQx
RT @merrylindseyphd: #zinc helps your blood vessels relax, nice work @AshenafiBetrie & team. Zinc also impt 4 #VascularBiology of pregnanc…
RT @musclecellnews: Congratulations to @AshenafiBetrie, @TheFlorey, @UniMelbMDHS and team for their publication in @NatureComms! 🙌 They fo…
RT @clintoria: Congratulations fellow Zinc-pert! During our next journal club, the #KidneyKrew will be discussing this exciting work demons…
RT @AshenafiBetrie: Happy to finally share our most recent work on zinc on blood vessels. Four years of long nights and travel paying off!…
Congratulations fellow Zinc-pert! During our next journal club, the #KidneyKrew will be discussing this exciting work demonstrating the importance of zinc in vascular function and blood pressure regulation.
RT @musclecellnews: Congratulations to @AshenafiBetrie, @TheFlorey, @UniMelbMDHS and team for their publication in @NatureComms! 🙌 They fo…
RT @MicheleMarass: As @TejaVuAgain would say... Think Zinc! Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth…
Congratulations to @AshenafiBetrie, @TheFlorey, @UniMelbMDHS and team for their publication in @NatureComms! 🙌 They found that zinc relaxed blood vessels and caused hyperpolarization of #SmoothMuscle membranes, introducing it as a new target for vascular
RT @NatRevCardiol: Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle https://t.co/7W2pJGCkvq
RT @MicheleMarass: As @TejaVuAgain would say... Think Zinc! Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth…
RT @MicheleMarass: As @TejaVuAgain would say... Think Zinc! Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth…
RT @MicheleMarass: As @TejaVuAgain would say... Think Zinc! Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth…
RT @NatRevCardiol: Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle https://t.co/7W2pJGCkvq
RT @MicheleMarass: As @TejaVuAgain would say... Think Zinc! Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth…
RT @NatRevCardiol: Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle https://t.co/7W2pJGCkvq
RT @MicheleMarass: As @TejaVuAgain would say... Think Zinc! Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth…
RT @NatRevCardiol: Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle https://t.co/7W2pJGCkvq
RT @MicheleMarass: As @TejaVuAgain would say... Think Zinc! Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth…
RT @MicheleMarass: As @TejaVuAgain would say... Think Zinc! Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth…
RT @NatRevCardiol: Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle https://t.co/7W2pJGCkvq
RT @MicheleMarass: As @TejaVuAgain would say... Think Zinc! Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth…
RT @MicheleMarass: As @TejaVuAgain would say... Think Zinc! Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth…
RT @NatRevCardiol: Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle https://t.co/7W2pJGCkvq
As @TejaVuAgain would say... Think Zinc! Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle. @NatureComms. https://t.co/W1qnZWlAGp Nice work by @AshenafiBetrie, @snotya, @Melbourne_DRC, @TheFlorey, @osamaharraz, @Nelso
RT @NelsonLab1: Check out our latest collaborative effort published @NatureComms Zinc drives vasorelaxation by acting in sensory nerves, e…
Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle https://t.co/7W2pJGCkvq
RT @AshenafiBetrie: Happy to finally share our most recent work on zinc on blood vessels. Four years of long nights and travel paying off!…
RT @NelsonLab1: Check out our latest collaborative effort published @NatureComms Zinc drives vasorelaxation by acting in sensory nerves, e…
RT @AshenafiBetrie: Happy to finally share our most recent work on zinc on blood vessels. Four years of long nights and travel paying off!…
RT @AshenafiBetrie: Thanks, @TheFlorey for highlighting our work! It wouldn't have been possible to do the work without the amazing support…
RT @TheFlorey: For the first time in 50yrs a new metal has been found to control #bloodpressure, paving way for new #cardiovascular treatme…
RT @NelsonLab1: Check out our latest collaborative effort published @NatureComms Zinc drives vasorelaxation by acting in sensory nerves, e…
RT @Yugeesh_L: Fantastic work by @AshenafiBetrie et al...
RT @HatragyiSafarne: Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle. https://t.co/7DgQQmZ35S
Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle https://t.co/vO8c4iwe78
RT @merrylindseyphd: #zinc helps your blood vessels relax, nice work @AshenafiBetrie & team. Zinc also impt 4 #VascularBiology of pregnanc…
Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle.
Published in @NatureComms! Christine Wright, Scott Ayton & @TheFlorey researchers found that elevating cytoplasmic zinc using ionophores relaxed rat and human isolated #BloodVessels and caused hyperpolarization of smooth muscle membrane. Open access:
RT @NelsonLab1: Check out our latest collaborative effort published @NatureComms Zinc drives vasorelaxation by acting in sensory nerves, e…
RT @AshenafiBetrie: Happy to finally share our most recent work on zinc on blood vessels. Four years of long nights and travel paying off!…
#zinc helps your blood vessels relax, nice work @AshenafiBetrie & team. Zinc also impt 4 #VascularBiology of pregnancy- https://t.co/LstsBiJoGA @ajpheartcirc @ATVBCouncil @AHA_Research @AHAScience @APSPhysiology @APSCVSection #physiology
RT @AshenafiBetrie: Happy to finally share our most recent work on zinc on blood vessels. Four years of long nights and travel paying off!…
Check out our latest collaborative effort published @NatureComms Zinc drives vasorelaxation by acting in sensory nerves, endothelium and smooth muscle https://t.co/0SUZzcdul0
@ZincSociety A role for peripheral zinc in the regulation of blood pressure! https://t.co/tJrqSIg3Kp
RT @AshenafiBetrie: Happy to finally share our most recent work on zinc on blood vessels. Four years of long nights and travel paying off!…
RT @AshenafiBetrie: Happy to finally share our most recent work on zinc on blood vessels. Four years of long nights and travel paying off!…
RT @AshenafiBetrie: Happy to finally share our most recent work on zinc on blood vessels. Four years of long nights and travel paying off!…
RT @AshenafiBetrie: Happy to finally share our most recent work on zinc on blood vessels. Four years of long nights and travel paying off!…
RT @AshenafiBetrie: Happy to finally share our most recent work on zinc on blood vessels. Four years of long nights and travel paying off!…
RT @AshenafiBetrie: Happy to finally share our most recent work on zinc on blood vessels. Four years of long nights and travel paying off!…