Fill in the blank.

1. Red blood cells are a type of specialized cell that move

and carbon dioxide

throughout the body.

2. A structure made of two or more tissues working together to achieve a common function is a/an

4. A/An

5. In

describes the degree of specialization that a cell is able to undergo.

cell can differentiate into all cell types found within an embryo.

organisms, all cellular activities take place within a single cell.

Respond to the following based on your reading.

6. Choose a specialized cell type mentioned within the reading (blood cell, muscle cell, or

neuron). Do some outside research to understand the tissue this specialized cell is a part of

and what organ and organ system it belongs to.

Question

Kylie

Biology

6 July, 20:27

Fill in the blank.

1. Red blood cells are a type of specialized cell that move

and carbon dioxide

throughout the body.

2. A structure made of two or more tissues working together to achieve a common function is a/an

4. A/An

5. In

describes the degree of specialization that a cell is able to undergo.

cell can differentiate into all cell types found within an embryo.

organisms, all cellular activities take place within a single cell.

Respond to the following based on your reading.

6. Choose a specialized cell type mentioned within the reading (blood cell, muscle cell, or

neuron). Do some outside research to understand the tissue this specialized cell is a part of

and what organ and organ system it belongs to.

+2

Answers (2)

Know the Answer?

Tomas Morrow · Answer 1

1. Red blood cells are a type of specialised death that move oxygen and carbon dioxide throughout the body

Violet Miles · Answer 2

oxygen

organ

Potency

pluripotent

unicellular

Student answers will vary. As an example, a group of neurons together may form nervous tissue. Nervous tissue can be found all over the body, but a large collection of it is located in the brain. The brain is a complex organ composed of nervous tissue. The brain is part of the organ system known as the nervous system.

Explanation:

penn foster