Ammoniogenesis is process of:

Question

Ammoniogenesis is process of: (A) production of NH3 in liver (B) excretion of ammonia by tadpole of frog (C) exchange of Na+ for NH3 (D) none of the above

Tardigrade Admin · Accepted Answer

The exchange of Na +for NH 3 is called ammoniogenesis. Kidney tubules excrete ammonia which tend to retain Na +in body. Ammonia formation is proportional to H +ions secretion in renal tubules. The NH 3 combins with H +which are excreted as ammonium salts in urine.

Q. Ammoniogenesis is process of:

production of $N H_{3}$ in liver

excretion of ammonia by tadpole of frog

exchange of $N a^{+}$ for $N H_{3}$

none of the above

The exchange of $N a^{+}$ for $N H_{3}$ is called ammoniogenesis. Kidney tubules excrete ammonia which tend to retain $N a^{+}$ in body. Ammonia formation is proportional to $H^{+}$ ions secretion in renal tubules. The $N H_{3}$ combins with $H^{+}$ which are excreted as ammonium salts in urine.

Q. Ammoniogenesis is process of:

production of NH3​ in liver

excretion of ammonia by tadpole of frog

exchange of Na+ for NH3​

none of the above

The exchange of Na+for NH3​ is called ammoniogenesis. Kidney tubules excrete ammonia which tend to retain Na+in body. Ammonia formation is proportional to H+ions secretion in renal tubules. The NH3​ combins with H+which are excreted as ammonium salts in urine.

production of $N H_{3}$ in liver

exchange of $N a^{+}$ for $N H_{3}$

The exchange of $N a^{+}$ for $N H_{3}$ is called ammoniogenesis. Kidney tubules excrete ammonia which tend to retain $N a^{+}$ in body. Ammonia formation is proportional to $H^{+}$ ions secretion in renal tubules. The $N H_{3}$ combins with $H^{+}$ which are excreted as ammonium salts in urine.