Shiela Pearl Quiobe
@squiobe.bsky.social
Doctoral candidate working on transgenerational inheritance and canalization 🇩🇪🇵🇭
4. The inherited memory correlates with increased vitellogenin transcription.
5. Mutants lacking the primary vitellogenin receptor are defective in transgenerational inheritance.
5. Mutants lacking the primary vitellogenin receptor are defective in transgenerational inheritance.
June 3, 2025 at 2:33 PM
4. The inherited memory correlates with increased vitellogenin transcription.
5. Mutants lacking the primary vitellogenin receptor are defective in transgenerational inheritance.
5. Mutants lacking the primary vitellogenin receptor are defective in transgenerational inheritance.
Together, the multigenerational effect of diet-derived vitamin B12 highlights the significance of vitellogenin provisioning in transgenerational responses.
B12.to
June 3, 2025 at 2:30 PM
Together, the multigenerational effect of diet-derived vitamin B12 highlights the significance of vitellogenin provisioning in transgenerational responses.
Our work reveals 5 major findings:
1. Bacteria-derived vitamin B12 is both necessary and sufficient for transgenerational memory.
2. Specific B12 concentrations are required to trigger this effect.
3. B12 mediates its effects through methionine synthase.
1. Bacteria-derived vitamin B12 is both necessary and sufficient for transgenerational memory.
2. Specific B12 concentrations are required to trigger this effect.
3. B12 mediates its effects through methionine synthase.
June 3, 2025 at 2:21 PM
Our work reveals 5 major findings:
1. Bacteria-derived vitamin B12 is both necessary and sufficient for transgenerational memory.
2. Specific B12 concentrations are required to trigger this effect.
3. B12 mediates its effects through methionine synthase.
1. Bacteria-derived vitamin B12 is both necessary and sufficient for transgenerational memory.
2. Specific B12 concentrations are required to trigger this effect.
3. B12 mediates its effects through methionine synthase.