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Nutraceuticals for Depression Robert D. McMullen, MD

Dr. Robert McMullen discusses the impact of a variety of well-known supplements and nutraceuticals and their impact on patients with depression.

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Biochemical, physiologic, and clinical effects of L-methylfolate in schizophrenia: A randomized controlled trial Joshua Roffman, MD

Folic acid supplementation confers modest benefit in schizophrenia, but its effectiveness is influenced by common genetic variants in the folate pathway that hinder conversion to its active form. Joshua L. Roffman, MD, and others examined physiologic and clinical effects of L-methylfolate, the fully reduced and bioactive form of folate, in schizophrenia. In this randomized, double-blind trial, outpatients with schizophrenia (n=55) received L-methylfolate 15 mg or placebo for 12 weeks. Patients were maintained on stable doses of antipsychotic medications. The pre-defined primary outcome was change in plasma methylfolate at 12 weeks. Secondary outcomes included change in symptoms (PANSS, SANS, CDSS), cognition (MATRICS composite) and three complementary MRI measures (working memory-related activation, resting connectivity, cortical thickness). Primary, mixed model, intent-to-treat analyses covaried for six genetic variants in the folate pathway previously associated with symptom severity and/or response to folate supplementation. Analyses were repeated without covariates to evaluate dependence on genotype. Compared to placebo, L-methylfolate increased plasma methylfolate levels (d=1.00, p=.0009) and improved PANSS Total (d=.61, p=.03) as well as PANSS Negative and General Psychopathology subscales. While PANSS Total and General Psychopathology changes were influenced by genotype, significant PANSS Negative changes occurred regardless of genotype. No treatment differences were seen in other symptom rating scales or cognitive composite scores. Patients receiving L-methylfolate exhibited convergent changes in ventromedial prefrontal physiology, including increased task-induced deactivation, altered limbic connectivity, and increased cortical thickness. In conclusion, L-methylfolate supplementation was associated with salutary physiologic changes and selective symptomatic improvement in this study of schizophrenia patients, warranting larger clinical trials.

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Chemical Biotypes of Depression and Individualized Nutrient Therapy William J. Walsh, PhD

Is depression really only about the psychological symptoms you feel? In a study completed in May 2014, researchers found that five major depression biotypes represented roughly 95% of the 2,800 patients that were part of the research study. Those biotypes included:

  • Undermethylation 38% of patients reporting depression, anxiety, OCD tendencies, perfectionism, and a positive response to SSRI antidepressants. Undermethylation of chromatin has also been associated with excessive gene expression of SERT and increased serotonin reuptake.
  • Folate deficiency represented 20% of patients reporting high anxiety, sleep problems, food and chemical sensitivities, intolerance to SSRIs, and benefits from folate therapy or benzodiazapines.
  • 17% of depression patients exhibited elevated serum copper. Most (95%) of this group were females and had a high incidence of post-partum depression, estrogen intolerance, tinnitus, and skin sensitivity.
  • 15% of patients exhibited pyrrole disorder and reported extreme mood swings, fears, anger explosions, poor short-term memory, partial improvements from SSRIs, and benefits from zinc and B-6.
  • The smallest group 5% involved overloads of lead, mercury, or other toxic metals.

This study emphasizes and supports the importance of advanced nutrient therapy, functional medicine, and more.

Read the Research Presentation from the Walsh InstituteWalsh Institute Presentation
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