Glucose, a carbohydrate, readily dissolves in your bloodstream. cholesterol and triglycerides—both lipids—are packaged inside the waterproof spaces of lipoproteins so they can enter the bloodstream. use the molecular models from the activity along with those in your textbook to compare the chemical compositions and structures of glucose, cholesterol, and triglycerides. construct an explanation for how the compositions and structures of these carbon-based molecules are related to the way they interact with your bloodstream.

The movement of glucose, Triglycerides, and cholesterol related to their unique structure into the bloodstream.

Glucose is monosaccharide which is made of six carbon atoms and an aldehyde group. Its structure and chemical composition helps in easily entering into the blood stream as well as providing energy to the body.

Cholesterol is a 27 carbon compound with a hydrocarbon tail, a central sterol nucleus that is made of four hydrocarbon rings, and a hydroxyl group. Cholesterol and other types of fats move in your bloodstream in the form of spherical particle.

Triglycerides are also known as tri-esters which consist of a glycerol that is bound to three fatty acid molecules. Triglycerides are also transported by the lipoprotein in the bloodstream.

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several tissues working together form an organ, and several organs together make up an organisms.

the group of cell that carries out special jobs are tissue.