Cells And Biology

1. At what level does the study of atoms and molecules of the human body fall under?

Advanced Level - Involves studying chemical reactions within cells and tissues.

Basic Level - Examines Atoms and how they combine to form molecules (2 Atoms joined together)( mostly as compounds) of the human body including DNA, Carbon (C) Hydrogen (H) Oxygen (O) Calcium (Ca) Nitrogen (N) phosphorus (P) Sulfer (S) Glucose (Blood Sugar)

Expert Level - Concentrates on the synthesis of new compounds for medical purposes.

Intermediate Level - Focuses on the interactions of molecules within the human body.

The correct answer is at the basic level as it deals with the fundamental components of the body such as atoms and molecules, including essential elements like Carbon, Hydrogen, Oxygen, and others.

Explanation

The correct answer is at the basic level as it deals with the fundamental components of the body such as atoms and molecules, including essential elements like Carbon, Hydrogen, Oxygen, and others.

2. What is the cellular level?

A single molecule makes up a cell.

Cells are not important in the human body.

All cells in the human body have the same structure.

Molecules combine to form cells. CELLS = Basic structural and functional units of a humanMany kinds of cells including: Muscle,nerve,blood and sperm cells.These cells have different structures that help them preform different functions

The cellular level refers to molecules combining to form cells, which are the basic structural and functional units of a human body. There are various types of cells with different structures and functions in the body.

Explanation

The cellular level refers to molecules combining to form cells, which are the basic structural and functional units of a human body. There are various types of cells with different structures and functions in the body.

3. What is examined at the tissue level?

Examines the four fluids - Blood, Saliva, Urine, Lymph

Examines the four bones - Femur, Radius, Ulna, Tibia

Examines the four tissues- Muscle- Epithelial- Nervous- ConnectiveTissues -- Groups of cells and other substances surrounding them

Examines the four organs - Heart, Lung, Liver, Brain

The tissue level examines specific types of tissues in the body, not organs, bones, or fluids. Understanding the different types of tissues helps in studying the cellular composition and functions at a tissue level.

Explanation

The tissue level examines specific types of tissues in the body, not organs, bones, or fluids. Understanding the different types of tissues helps in studying the cellular composition and functions at a tissue level.

4. What are organs composed of?

Tissues are joint together to form organs. Organs are structures that are composed of 2 or more types of tissues. organs include, Heart, Lungs, Kidneys, stomach, brain.

Organs are structures that are composed of only one type of tissue.

Organs are structures made up of cells.

Organs are structures that are composed of bones.

Organs are made up of multiple types of tissues working together to perform specific functions.

Explanation

Organs are made up of multiple types of tissues working together to perform specific functions.

5. What does SYSTEM LEVEL refer to in the context of human anatomy?

Examines how 2 or more organs work together, to acomplish a common purpous. (eg cardiovascular or digestive systems) There are 11 systems in the human body.

Focuses on studying a single cell type in the body

Involves analyzing unrelated systems within the body

Examines individual organs in isolation

System level in human anatomy refers to the study of how multiple organs work together to achieve a common goal or function. It involves understanding the interactions between different organs within a specific system, such as the cardiovascular or digestive systems.

Explanation

System level in human anatomy refers to the study of how multiple organs work together to achieve a common goal or function. It involves understanding the interactions between different organs within a specific system, such as the cardiovascular or digestive systems.