#bonito
#palamita
#FishChips
#bonito
#palamita
#FishChips
⚡ Editing is not random—it can reshape both physiology and pharmacology.
#IonChannels #physiology #pharmacology #PrecisionMedicine
⚡ Editing is not random—it can reshape both physiology and pharmacology.
#IonChannels #physiology #pharmacology #PrecisionMedicine
Neurons expressing CaV1.3_43S are at risk of Ca²⁺ toxicity, e.g. in Parkinson’s, Alzheimer’s, and spinal cord injury.
RNA editing acts as a neuroprotective brake by dampening excessive Ca²⁺ influx.
#Parkinsons #Alzheimers #SpinalCordInjury #NeuroProtective
Neurons expressing CaV1.3_43S are at risk of Ca²⁺ toxicity, e.g. in Parkinson’s, Alzheimer’s, and spinal cord injury.
RNA editing acts as a neuroprotective brake by dampening excessive Ca²⁺ influx.
#Parkinsons #Alzheimers #SpinalCordInjury #NeuroProtective
👉 ↓ current density
👉 ↑ activation threshold
👉 Depolarized current window
Together, this converts the “short” splice variants into “long-like” channels, reducing Ca²⁺ overload.
👉 ↓ current density
👉 ↑ activation threshold
👉 Depolarized current window
Together, this converts the “short” splice variants into “long-like” channels, reducing Ca²⁺ overload.
👉 We found that the short variant undergoes ~3x more RNA editing at its IQ domain (a crucial #calmodulin binding site in the C-terminus) than the long form.
This creates multiple edited isoforms with distinct channel properties.
👉 We found that the short variant undergoes ~3x more RNA editing at its IQ domain (a crucial #calmodulin binding site in the C-terminus) than the long form.
This creates multiple edited isoforms with distinct channel properties.
#IonChannels #CalciumChannel #CACNA1D #ExcitoToxicity
#IonChannels #CalciumChannel #CACNA1D #ExcitoToxicity