10-05-2023, 06:19
Hi BustyP,
The Apki seeds might be boosting Testosterone by the aspartic acid and possibly arginine, results could vary based on hormone levels, meaning someone with low T and elevated E2 could see an aromatase boost while someone with higher T could expect a boost in T production. Both the Akpi seeds and Djansang have high amounts of lipids and protein, but the amino acid profile seems robust. It makes me think (of the akpi seeds) it'll be like a fat/protein stack. Hopefully this will give you better insight on what to choose.
Amino acids
Only Tchiegang et al.13 studied the amino acid composition of R. heudelotii seeds, which were found to be rich in glutamic acid (10.2 g/100 g protein), arginine (5.14 g/100 g protein), and aspartic acid (4.93 g/100 g protein). Small amounts of histidine (1.63 g/100 g proteins), lysine (1.47 g/100 g proteins), and proline (in traces) were found (Table 2).
https://onlinelibrary.wiley.com/doi/full/10.1002/eng2.12507
The Apki seeds might be boosting Testosterone by the aspartic acid and possibly arginine, results could vary based on hormone levels, meaning someone with low T and elevated E2 could see an aromatase boost while someone with higher T could expect a boost in T production. Both the Akpi seeds and Djansang have high amounts of lipids and protein, but the amino acid profile seems robust. It makes me think (of the akpi seeds) it'll be like a fat/protein stack. Hopefully this will give you better insight on what to choose.
Amino acids
Only Tchiegang et al.13 studied the amino acid composition of R. heudelotii seeds, which were found to be rich in glutamic acid (10.2 g/100 g protein), arginine (5.14 g/100 g protein), and aspartic acid (4.93 g/100 g protein). Small amounts of histidine (1.63 g/100 g proteins), lysine (1.47 g/100 g proteins), and proline (in traces) were found (Table 2).
https://onlinelibrary.wiley.com/doi/full/10.1002/eng2.12507