Select the option that shows increasing complexity levels. A. cellular, tissue, organ, organ system organ system, organ, tissue, cellular organ, tissue, cellular, organ system cellular, tissue, organ system, organ tissue, organ, organ system, cellular B. C. D. E.
Cells and Tissues
The smallest, basic, and structural component of the body is a cell. It is the basic functional unit of life. No organism can exist on this Earth without a cell. Thus, it is the fundamental unit. These cells perform the major functions of the body. The term cell was given by Robert Hooke, who stated that all organisms’ bodies, whether unicellular or multicellular, are made of cells. In single-celled organisms such as amoeba and protozoa, all the body functions are performed by a single cell. The multicellular organisms have collective cells which perform a specific function in the body.
Types of Tissues
The smallest, basic, and structural component of the body is the cell. It is the functional unit of life. No organism can exist on this Earth without a cell. An organism's body, whether unicellular or multicellular, is made of cells. In unicellular organisms such as amoeba and protozoa, all the body functions are performed by a single cell. The multicellular organisms have collective cells which perform a specific function in the body. Tissues are a group of cells that work together to perform a particular function in the body. They make a series of networks or a system to coordinate with the different tissues in the body, forming a tissue system. The word tissue is derived from the Latin word 'weave.' Plants and animals have various kinds of tissue systems that differ in their work and composition according to the different requirements.
Tissue System
The smallest, basic, and structural component of the body is the cell. It is the functional unit of life. No organism can exist on this Earth without a cell. An organism's body, whether unicellular or multicellular, is made of cells. In unicellular organisms such as amoeba and protozoa, all the body functions are performed by a single cell. The multicellular organisms have collective cells which perform a specific function in the body. Tissues are a group of cells that work together to perform a particular function in the body. They make a series of networks or a system to coordinate with the different tissues in the body, forming a tissue system. The word tissue is derived from the Latin word 'weave.' Plants and animals have various kinds of tissue systems that differ in their work and composition according to the different requirements.
![**Title: Understanding Levels of Biological Organization**
**Introduction:**
Understanding the different levels of biological organization is fundamental in the study of life sciences. These levels range from the simplest, cellular level, to the most complex, the organ system level. Identifying and organizing these levels correctly is crucial for grasping the intricacies of biological structures and functions.
**Question:**
Select the option that shows increasing complexity levels.
**Options:**
A. cellular, tissue, organ, organ system
B. organ system, organ, tissue, cellular
C. organ, tissue, cellular, organ system
D. cellular, tissue, organ system, organ
E. tissue, organ, organ system, cellular
**Analysis:**
When considering the levels of biological organization starting from the simplest to the most complex, the correct sequence should be as follows:
1. **Cellular Level:** The simplest level of organization in living organisms.
2. **Tissue Level:** Groups of cells that perform a specific function.
3. **Organ Level:** Structures composed of multiple tissues working together.
4. **Organ System Level:** Groups of organs that work together to perform complex functions.
**Correct Option:**
The correct answer is A: **cellular, tissue, organ, organ system**. This option correctly represents the increasing complexity levels in biological organization.
**Conclusion:**
Understanding and correctly sequencing the levels of biological organization aids in the comprehension of more complex biological processes. This foundational knowledge is crucial for further studies in biology and related fields.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7a6584d3-c834-4cec-b510-302d99f39cd3%2Fb7032c48-ec11-45e3-ab5e-5722b447fd83%2F8iretoi_processed.jpeg&w=3840&q=75)
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