Although research has only recently started to examine the impact of #cannabis use on #stress response, there is some evidence that indicates acute and chronic impacts of cannabis on these processes. In this paper, we review processes involved in regulating the #stressresponse and we review the influence of acute and chronic exposure to cannabis on patterns and regulation of the stress response. We also highlight the role of stress as a risk factor for initiation and maintenance of cannabis use.

Indian Institute of Science Researchers Identify Brain Mechanism for Stress-Induced Itch Suppression

IISc researchers found a brain pathway that stops itching when stressed. This could help treat long-term itch problems. Learn how it works.

#IIScResearch, #BrainScience, #ItchRelief, #StressResponse, #MedicalDiscovery

https://newsletter.tf/iisc-brain-study-stress-stops-itch/

IISc Brain Study Explains Why Stress Stops Itching for Some People

IISc researchers found a brain pathway that stops itching when stressed. This could help treat long-term itch problems. Learn how it works.

Scientists at IISc discovered a brain circuit that turns off itching during stress. This finding is important because it could lead to new ways to help people with constant itching.

#IIScResearch, #BrainScience, #ItchRelief, #StressResponse, #MedicalDiscovery

https://newsletter.tf/iisc-brain-study-stress-stops-itch/

IISc Brain Study Explains Why Stress Stops Itching for Some People

IISc researchers found a brain pathway that stops itching when stressed. This could help treat long-term itch problems. Learn how it works.

Histone variant H3.14 responds to abiotic stress in Arabidopsis:
🌱 H3.14 expressed in root transition zone
πŸ”¬ Dual role: activates stress genes, represses
More at https://tnyp.me/S0eSd1Ut/m
#Arabidopsis #StressResponse #Chromatin #H3Variant #Pub2Post
H3.14's key role in Arabidopsis stress response:
🌱 H3.14 facilitates chromatin remodeling under stress
🌿 Exhibits unique binding in root transition zone
🧬 Initiates stress gene activation & growth gene repression
#Arabidopsis #StressResponse #Chromatin #H3.14 #Pub2Post https://tnyp.me/S0eSd1Ut/m
H3.14's key role in Arabidopsis stress response:
🌱 H3.14 facilitates chromatin remodeling under stress
🌿 Exhibits unique binding in root transition zone
🧬 Initiates stress gene activation & growth gene repression
#Arabidopsis #StressResponse #Chromatin #H3.14 #Pub2Post https://tnyp.me/S0eSd1Ut/m
H3.14's key role in Arabidopsis stress response:
🌱 H3.14 facilitates chromatin remodeling under stress
🌿 Exhibits unique binding in root transition zone
🧬 Initiates stress gene activation & growth gene repression
#Arabidopsis #StressResponse #Chromatin #H3.14 #Pub2Post https://tnyp.me/S0eSd1Ut/m
H3.14's key role in Arabidopsis stress response:
🌱 H3.14 facilitates chromatin remodeling under stress
🌿 Exhibits unique binding in root transition zone
🧬 Initiates stress gene activation & growth gene repression
#Arabidopsis #StressResponse #Chromatin #H3.14 #Pub2Post https://tnyp.me/S0eSd1Ut/m
H3.14's key role in Arabidopsis stress response:
🌱 H3.14 facilitates chromatin remodeling under stress
🌿 Exhibits unique binding in root transition zone
🧬 Initiates stress gene activation & growth gene repression
#Arabidopsis #StressResponse #Chromatin #H3.14 #Pub2Post https://tnyp.me/S0eSd1Ut/m