Eukaryotic cells do not all have the same internal structure. A Eukaryotic cell is essentially a complex cell, although the defining element element that sets in apart from prokaryotic cells is the existence of a nucleus. Eukaryotic cells include both plant and animal cells; both have very different organelles.
Photosynthesis requires specific conditions and structures that are provided by organelles with internal membranes, such as chloroplasts. These organelles have specialized compartments that allow for the separation of different stages of photosynthesis, which increases efficiency. Additionally, the internal membranes provide a larger surface area for the necessary biochemical reactions to take place.
yes
The inside of the body is lined with a protective layer called the epithelium. This layer covers organs, blood vessels, and other internal structures to provide a barrier and regulate the exchange of substances between different body compartments.
False. Cells contain internal structures called organelles, not organs. Organelles are specialized structures within a cell that have specific functions, while organs are larger structures made up of different types of tissues that work together to perform specific functions in the body.
Integumentary system covers both internal and external body structures.
YES
No, viruses do not have specialized structures or internal compartments like cells do. They are made up of genetic material (DNA or RNA) encased in a protein coat called a capsid. Some viruses may also have an outer envelope made of lipids taken from the host cell.
Photosynthesis requires specific conditions and structures that are provided by organelles with internal membranes, such as chloroplasts. These organelles have specialized compartments that allow for the separation of different stages of photosynthesis, which increases efficiency. Additionally, the internal membranes provide a larger surface area for the necessary biochemical reactions to take place.
yes
There are many difference between Prokaryotic cells (Bacteria for example. ) and Eukaryotic cells (Cells from animal kingdom for example. ) In general Eukaryotic cells are more developed than prokaryotic cells in all cell organelles.
Examples of internal structures that enable organisms to survive in their environment include specialized organs such as gills for underwater respiration in fish, air sacs in birds for efficient oxygen exchange, and specialized digestive systems like rumens in ruminant animals to digest cellulose. These structures are adapted to meet the specific challenges of the organism's environment and help ensure their survival.
These organisms are likely referring to cells. Cells use specialized organelles like mitochondria for energy production and the endoplasmic reticulum for protein synthesis to carry out the activities needed to maintain homeostasis. Specialized internal structures allow cells to perform specific functions efficiently.
Gustave Eiffel was an engineer who specialized in metallic structures. He built the viaduc de Garabit, the Eiffel tower, and the internal frame of the Statue of Liberty.
The integumentary system protects and covers internal structures.
Gustave Eiffel was an engineer who specialized in metallic structures. He built the viaduc de Garabit, the Eiffel tower, and the internal frame of the statue of Liberty.
Gills are the internal organs used by aquatic animals to remove oxygen from water. They extract oxygen from water through specialized structures and transfer it into the bloodstream to support the animal's respiratory process.
The inside of the body is lined with a protective layer called the epithelium. This layer covers organs, blood vessels, and other internal structures to provide a barrier and regulate the exchange of substances between different body compartments.