QuickView for CpGA;jsessionid=266B5D948958CDB610F5F5EF301B30B8;jsessionid=35AFFB1CDC8E1BA3CC24732E0CBE1A50;jsessionid=AD8139BB6491C232959F044969EBF691;jsessionid=EEC13E1047F4F10BD604B09EAA46F67C;jsessionid=88AC11EDF15FC9D3C9F17751789F7561;jsessionid=A1426B591F58B6165CED7E0411ED9A19;jsessionid=C43C8A31AD66803125F5E7D4D81A2A18;jsessionid=6093FEB426D54663A9FCE36AD89B9D8E;jsessionid=D42C6000230D502BE5F3A5B9B500BC4A (gene)

1. Pineal gland gene expression profiles dependent on time of day exposure to light
2. Muscle development in broiler (AA) and layer (White Leghorn) chickens
3. Mammary glands from cows fed diets supplemented with soybean, rapeseed, or linseed oils
4. Mammary gland gene expression in response to controlled E.coli exposure
5. Prostaglandin F2a-induced changes in the early- and mid-stage bovine corpus luteum

1. Generation and characterization of nanobodies targeting human pepsinogens.
2. Pepsinogen ratio and brachial-ankle pulse wave velocity: a cross-sectional study on their interrelat…
3. Serum pepsinogens can help to discriminate between H. pylori-induced and auto-immune atrophic gastri…
4. The Controversy of Pepsinogen A/Pepsin A in Detecting Extra-Gastroesophageal Reflux.
5. Sex-specific disparities of serum pepsinogen I in relation to body mass index.

There were no clinical trials for CpGA;jsessionid=266B5D948958CDB610F5F5EF301B30B8;jsessionid=35AFFB1CDC8E1BA3CC24732E0CBE1A50;jsessionid=AD8139BB6491C232959F044969EBF691;jsessionid=EEC13E1047F4F10BD604B09EAA46F67C;jsessionid=88AC11EDF15FC9D3C9F17751789F7561;jsessionid=A1426B591F58B6165CED7E0411ED9A19;jsessionid=C43C8A31AD66803125F5E7D4D81A2A18;jsessionid=6093FEB426D54663A9FCE36AD89B9D8E;jsessionid=D42C6000230D502BE5F3A5B9B500BC4A