#cellular metabolism

• Adenosine-phosphoric — Relating to compounds resulting from the combination of adenosine with one or more phosphoric acid groups, playing a fundamental role in cellular energy metabolism. In a structural sense, it describes nucleoside-phosphoric acids (such as ATP, ADP, or AMP) that act as primary carriers of chemical energy and mediators in the biochemical signaling processes of living organisms.
• Adetine — A complex nitrogenous organic substance, structurally derived from purine bases or related amino-acidic compounds, studied in biological chemistry laboratories for its role in nucleoside synthesis or cellular metabolic reactions. This biochemical compound is analyzed in laboratory research as a fine structural marker or intermediate metabolite in nucleic acid degradation pathways.
• Aglycophagy — A biological condition or restrictive dietary regime characterized by the total absence or refusal of consuming carbohydrates, sugars, or glycosylated compounds. In cellular physiology or microbiology, the term describes the structural inability of an organism or a bacterial culture to metabolize and utilize carbohydrates as a primary energy source.
• Arginine — A vital semi-essential amino acid for the human body, structurally involved in protein synthesis, ammonia detoxification via the urea cycle, and nitric oxide production. This organic compound plays a crucial role in blood pressure regulation, immune system support, wound healing, and hormone secretion, frequently administered as a dietary supplement in sports nutrition and cardiovascular therapies.
• Autotrophic — Pertaining or relating to autotrophy; specific to the autonomous nutritional mode based on the synthesis of organic substances from inorganic compounds. This structural attribute describes metabolic processes, enzymatic systems, or cellular growth phases where external energy is chemically stored without dependency on other living organisms.