Creation Moment 12/1/2021 - Lesson of clear cut DESIGN from the Bee's Gut

For by him were all things created,... Colossians 1:16

 

"Proposed pathway between intestinal glycerophospholipid production and memory enhancement: based on metagenomic and metabolomic analyses, Li et al. suggest that 

---increased levels of Lactobacillus apis (and other Firm-5 species which similarly contain many genes for the PTS sugar transport pathway) 

---will cause increased sugar metabolism, 

---which will lead to the production of more glycerophospholipids; these glycerophospholipids 

---are then transported into the hindgut 

---and are rapidly secreted into the hemolymph (perhaps helped by an increase in mGlu2 receptors); 

---they are transported to the brain via the bee’s open circulatory system, with attached metabolites, leading to improved structure and function of neural and synaptic membranes, thereby promoting better memory. 

Purple shapes: genes that positively correlated with long-term memory; rectangles: genes found in all three analyses (analyses based on genes mapped to the whole gut microbiota, Firm-5 and Lactobacillus apis). 

Ovals: genes found in whole gut microbiota and Firm-5 analyses. Rounded rectangles: remaining memory-correlated genes. 

Gray shapes: genes which did not correlate with long-term memory. Blue arrows: sugar metabolism. 

Red arrows: glycerophospholipid metabolism. 

Purple arrows: the increase or decrease of metabolites after Lactobacillus apis supplementation." SciNews