Question

In: Biology

Pathway of a Glucose Molecule as it Travels Through the Human Body Copy and paste the...

Pathway of a Glucose Molecule as it Travels Through the Human Body

Copy and paste the steps for each molecule into the correct order.

STEP

ORDER 1-12

(1 is entry into the Body and 12 is used in the Cell)

COLOUR

Pink for the respiratory system

Blue for the circulatory system

Green for the digestive system

✓ where active transport occur.

where passive transport occurs

passes through aortic valve

absorbed by a venule in the villus

passes through mitral valve

enters a capillary at the site of a body cell

enters lungs

enters the stomach

CO2 and H2O are exhaled during respiration

enters left atrium

enters aorta

enters left ventricle

used by the cell in the process of cellular respiration to produce ATP

CO2 and H2O enter into the alveoli of the lungs

returns to the heart via the inferior vena cava

absorbed by a villus lining the small intestine

transported to the liver

passes through pharynx

returns to heart via pulmonary vein

the waste products of cellular respiration leave the mitochondria and enter the cytoplasm of the cell

passes through tricuspid valve

passes through pulmonary valve

diffuses from the capillary into a body cell

travels to a part of the body and enters an artery

enters right ventricle

enters the esophagus

CO2 and H2O leave the cell and enter a venule to return to the heart/lung blood system

enters the mouth (oral cavity)

passes through pyloric sphincter

enters pulmonary artery

enters the right atrium

enters the small intestine

Once they are in the correct order, highlight the steps that take place in the different organ systems as follows:

  • Pink for the respiratory system
  • Blue for the circulatory system
  • Green for the digestive system

Put a checkmark ✓ beside any step where active transport across a cell membrane is taking place.

Put a star ★ beside any step where passive transport across a cell membrane is taking place.

Solutions

Expert Solution

Digestive system GREEN:

Enters the mouth (oral cavity)

Passes through pharynx

Enters esophagus

Enters stomach

Passes through pyloric sphincter

Enters small intestine

Absorbed by a villus lining the small intestine (active transport)

Absorbed by the venule in the villus (passive transport)

Transported to the liver

Circulatory system BLUE:

Returns to the heart via the inferior vena cava

Enters the right atrium

Passes through the tricuspid valve

Enters right ventricle

Passes through the pulmonary valve

Enters pulmonary artery

Returns to heart via pulmonary vein

Enters left atrium

Passes through mitral valve

Enters left ventricle

Passes through the aortic valve

Enters aorta

Travels to a part of the body and enters an artery

Enters a capillary at the site of a body cell

Diffuses from the capillary into a body cell (active transport)

Used by the cell in the process of cellular respiration to produce ATP, CO2, H2O

The waste products of cellular respiration leave the mitochondria and enters the cytoplasm of the cell

CO2 and H2O leave the cell and enters a venule to return to the heart/lung blood system (passive transport)

Respiratory system PINK:

Enters lung

Enter into the alveoli of the lung

CO2 and H2O are exhaled during respiration (passive transport)


Related Solutions

Pathway of an Oxygen Molecule as it Travels Through the Human Body STEP ORDER 1-12 (1...
Pathway of an Oxygen Molecule as it Travels Through the Human Body STEP ORDER 1-12 (1 is entry into the Body and 12 is used in the Cell) COLOUR Pink for the respiratory system Blue for the circulatory system Green for the digestive system ✓ where active transport occur. ★ where passive transport occurs enters increasingly smaller branched bronchioles transported by the blood to an artery enters the mitochondria and is used in cellular respiration reactions to produce ATP inhaled...
explain the pathway of blood as it travels through your body starting at the left ventricle
explain the pathway of blood as it travels through your body starting at the left ventricle
List the physical pathway from the point of absorption of the glucose molecule in the gastrointestinal...
List the physical pathway from the point of absorption of the glucose molecule in the gastrointestinal tract to getting to the right gastrocnemius muscle
Describe the pathway of an oxygen molecule from outside the body to the kidneys
Describe the pathway of an oxygen molecule from outside the body to the kidneys
​Glucose, C6H12O6, is used as an energy source by the human body
Glucose, C6H12O6, is used as an energy source by the human body. The overall reaction in the body is described by the equationC6H12O6(aq) + 6O2(g) — 6CO2(g) + 6H2O(1) Calculate the number of grams of oxygen required to convert 63.0 g of glucose to CO2, and H2O. mass of O2 = _______ g Calculate the number of grams of CO2, produced. mass of CO2 = _______ g 
When one glucose molecule enters the glycolytic pathway, two molecules of pyruvate are created. This change...
When one glucose molecule enters the glycolytic pathway, two molecules of pyruvate are created. This change in stoichiometry is ultimately due to the actions of: A. hexokinase, which phosphorylates the glucose molecule. B. phosphofructokinase-1, which creates a doubly-phosphorylated fructose molecule. C. aldolase, which cleaves the doubly-phosphorylated fructose molecule into two different 3-carbon molecules. D. triose phosphate isomerase, which catalyzes the rearrangement of bonds within one dihydroxyacetone phosphate molecule. E. phosphoglycerate kinase, which dephosphorylates two molecules of 1,3-bisphosphoglycerate.
Which carbohydrate is converted by the human body to glucose by conversion of a carbonyl to...
Which carbohydrate is converted by the human body to glucose by conversion of a carbonyl to an enol, then back to a carbonyl?
Describe the fate of a single molecule of glucose as it goes through glycolysis and exits...
Describe the fate of a single molecule of glucose as it goes through glycolysis and exits the Krebs cycle. Include the inputs to each reaction and all end products including all created energy storage molecules.
The Renin-Angiotensin-Aldosterone Pathway and the roles that the kidney plays in the human body and how...
The Renin-Angiotensin-Aldosterone Pathway and the roles that the kidney plays in the human body and how it works to keep the body in balance. Include what happens if there is a homeostatic imbalance as it plays this role.
How many NADH molecules are generated by the complete breakdown of one molecule of glucose through...
How many NADH molecules are generated by the complete breakdown of one molecule of glucose through glycolysis, Reaction zero (Pyruvate dehydrogenase complex) and the Kreb's cycle? a) 5 b) 8 c)10 d)12 Which of the following is not a main direct input or output of the TCA cycle? a) CO2 b) GTP c) FADH2/QH2 d) ATP Which enzyme is NOT used in gluconeogenesis? a) GAP dehydrogenase b) pyruvate kinase c) aldolase d) fructose bisphosphatase Which molecule would most effectively promote...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT