Regulation of body temperature

Childbirth

Breastfeeding

Fever

Blood clotting

Regulation of body temperature

Childbirth

Breastfeeding

Fever

Blood clotting

Carbon, Hydrogen, and Oxygen

Carbon, Nitrogen, Oxygen, and Hydrogen

Carbon, Oxygen, and Nitrogen

Nitrogen, Oxygen, and Hydrogen

A cell senses that the concentration of a protein is too high and represses transcription of the gene encoding the protein

A cell senses too much sugar in the blood and turns on transcription of the insulin gene

A cells senses too little sugar in the blood and turns on transcription of the glucagon gene

A cell senses that there is too little of a protein within a cell and activates transcription of the gene encoding the protein

Thermoregulation via sweating

Childbirth contractions via oxytocin release

Blood clotting via fibrin action

Ovulation via the luteinizing hormone (LH) surge

Lactation via prolactin production

Carbon, Hydrogen, and Oxygen

Carbon, Nitrogen, Oxygen, and Hydrogen

Carbon, Oxygen, and Nitrogen

Nitrogen, Oxygen, and Hydrogen

Regulation of body temperature

Childbirth

Breastfeeding

Fever

Blood clotting

A cell senses that the concentration of a protein is too high and represses transcription of the gene encoding the protein

A cell senses too much sugar in the blood and turns on transcription of the insulin gene

A cells senses too little sugar in the blood and turns on transcription of the glucagon gene

A cell senses that there is too little of a protein within a cell and activates transcription of the gene encoding the protein

Thermoregulation via sweating

Childbirth contractions via oxytocin release

Blood clotting via fibrin action

Ovulation via the luteinizing hormone (LH) surge

Lactation via prolactin production

Carbon, Hydrogen, and Oxygen

Carbon, Nitrogen, Oxygen, and Hydrogen

Carbon, Oxygen, and Nitrogen

Nitrogen, Oxygen, and Hydrogen