Let’s explore “Homocysteine: 78 teaching notes”

See what homocysteine, D-dimer, and CRP each measure.

Compare studies of homocysteine and glutathione with evidence of benefit in people.

Separate questions about toxin exposure from questions about genetics and antioxidant pathways.

Learn the difference between a cardiovascular risk marker and a treatment that prevents events.

Explore a research question about IL-23 medicines and homocysteine-related inflammation.

The folate cycle, methionine cycle, and transsulfuration pathway work together to move methyl groups and process homocysteine.

BHMT helps recycle homocysteine into methionine using betaine. It is a different route from the folate and B12 pathway.

CBS helps move homocysteine into the pathway that supplies building blocks for glutathione.

CHDH helps convert choline toward betaine, a nutrient involved in the homocysteine pathway.

The homocysteine chapters include MTHFD1L in the wider folate-related genetic map.

Makes the methionine synthase enzyme, which uses vitamin B12 in the conversion of homocysteine to methionine.

Helps maintain the activity of methionine synthase, connecting B12-related chemistry with homocysteine metabolism.