My Posts

Serum ferritin level and tic severity
Tourette Syndrome Ferritin Iron Tics
OCD and CBS
OCD CBS
Impaired PPI and Omega-3 deficiency
Prepulse Inhibition DHA OCD PPI
CBD medication downregulates GSK-3β
GSK3b OCD CBD WNT ECS
GSK3b is upregulated in OCD
OCD GSK3b WNT circadian
Oxidative Stress and OCD. Part 1
Oxidative Stress OCD
Oxidative stress and OCD. Part 2
Oxidative Stress OCD Malondialdehyde Glutathione
DAG and antidepressants
Phospholipids Lipids DAG
High serotonin & anxiety
Serotonin Anxiety
Copper-reducing enzyme CYBRD1
CYBRD1 Copper Ascorbic acid
m6dA increases expression of BDNF during fear extinction
Fear extinction Methylation BDNF
Excess S-Adenosylmethionine inhibits methylation via catabolism to adenine
SAMe Circadian Methylation
Lactobacillus reuteri increases Oxytocin
Probiotics L.Reuteri oxytocin
Melatonin is a pro-oxidant
Melatonin Oxidative stress
Methylation deficiency disrupts biological rhythms
Methylation Circadian
SAMe stabilizes CBS enzyme
CBS SAMe Oxidative stress
Nrf2's ability to activate is dependent on methylation
Nrf2 Methylation potential
Binding of Nrf2 to DNA is increased by methylation
Methylation PRMT1 Nrf2
Hypermethylation of D2 receptor in TS
Methylation Dopamine Tourette syndrome
Methylation potential is a key metabolic sensor
Homocysteine Methylation
Overactivation of Nrf2 induced tics
Nrf2 Tics
Overactivation of Heme Oxigenase 1 early in life leads to symptoms similar to schizophrenia or Parkinson's disease
Schizophrenia HMOX1 HO1 Nrf2 Oxidative stress PPI Hyperkinesia olfaction
Alternative explanation how Nrf2 activation works
Nrf2 KEAP1
Inactivation of TrxR1 leads to Nrf2 activation
TXNRD1 Selenium Nrf2 KEAP1
Mercury inhibits Nrf2 activity
Mercury Nrf2 Selenium
WNT methylation: Link between methylation potential and fear extinction
Fear extinction Beta-catenin WNT Methylation
MAT2 in the nucleus
MAT2
DNA methylation
Methylation DNMT1 DNMT3A DNMT3B DNMT3L
DNA methylation, plasticity, behaviour
Plasticity Memory Methylation
Phosholipids methylation and brain volume
Phospholipids Methylation
Chronic oxidative stress impairs Nrf2 activation
Nrf2 Oxidative stress
MeB12 can donate methyl groups to DNA when SAMe is absent
Methylation Cobalamin
Retinoic acid inhibits Nrf2
Retinoic acid Nrf2
Glutathione affects our ability to burn fat for energy
GSH FAO
Cysteine and cobalamin
Selenium Cobalamin Cysteine Oxidative stress
Chromium has a positive effect on oxidative stress
Chromium Oxidative Stress
Heme biosynthesis depends on acquisition of iron-sulfur cofactor
Heme Porphyrins Iron
Role of MoCo in FAD synthesis is not confirmed
Molybdopterin MoCo FAD FMN FADS FLAD1 Cobalt
PPP and glucose switch
PPP NADPH GSH
Copper deficiency upregulates GSH synthesis
Copper GSH Oxidative stress
Key role of GSH in uptake of copper
Copper GSH Oxidative stress
On Importance ofĀ GlutathioneĀ in Cobalamin metabolism
Cobalamin GSH Aquacobalamin Glutathionylcobalamin
Cellular Uptake of Cobalamin
Cobalamin CD320
A note on Copper and Molybdenum
Copper Molybdenum Tics
Mitochondrial dysfunction that blocks healing and recovery
Robert Naviaux CDR