Sentence examples for basic physiological functions from inspiring English sources
Aquaporin (AQP) water and solute channels have basic physiological functions throughout the human body.
Ectotherms constitute the vast majority of terrestrial biodiversity and are especially likely to be vulnerable to climate warming because their basic physiological functions such as locomotion, growth, and reproduction are strongly influenced by environmental temperature.
ACh has pleiotropic roles in basic physiological functions.
Meprin metalloproteases are thought to be involved in basic physiological functions such as cell proliferation and tissue differentiation.
The pituitary gland is a central endocrine organ that regulates basic physiological functions such as growth, stress response, reproduction, lactation and metabolic homeostasis.
Iron plays a crucial role in the basic physiological functions of mammalian pathogens, e.g., ATP synthesis, formation of heme, bacterial survival and persistent infection.
Our brain-stem arousal systems (the parts of the brain responsible for basic physiological functioning) are activated almost instantly.
The survival of these mice past birth suggests that the neonatal lethality of Ptbp2 null and NesKO mice is due to loss of PTBP2 in early maturing regions of the CNS critical for basic physiological function in the neonate.
The top five categories include 1) General function prediction only (17.22%, functions associated with basic physiological and metabolic functions); 2) Replication, recombination and repair (9.82%); 3) Posttranslational modification, protein turnover, chaperones (9.24%); 4) Transcription (7.66%); and 5) Signal transduction mechanisms (6.34%)(Additional file 2).
The five largest categories included: 1) general functions (18.3 %) associated with basic physiological and metabolic functions; 2) replication, recombination, and repair (11.8 %); 3) transcription (9.1 %); 4) post-translational modification, protein turnover, and chaperones (8.8 %); and 5) signal transduction mechanisms (7.4 %).
The five largest categories include 1) "general functions" (17.1%) associated with basic physiological and metabolic functions; 2) "replication, recombination and repair" (9.7%); 3) "transcription" (9.7%); 4) "signal transduction mechanisms" (7.7%); and 5) "posttranslational modification, protein turnover and chaperones" (7.2%).
