yes
Yes, they have a seperate nucleus and specialized organelles, so animals cells are indeed eukaryotic.
Brain Cells, and of course you know how they work!
No, plants do not have a more complex level of cell organization than other kingdoms. While they do have specialized cell types for functions like photosynthesis, other kingdoms such as animals have more specialized cell types and higher levels of cellular organization.
Some animals, particularly certain types of sponges and jellyfish, primarily have specialized cells rather than true tissues or organs. For example, sponges possess unique cells called choanocytes, which help in feeding and water flow. Jellyfish have cnidocytes, specialized cells that contain stinging structures used for capturing prey. These specialized cells allow these animals to perform essential functions despite their simple body structures.
Epithelial tissue in the stomach can be found lining the inner surface of the stomach, forming a protective barrier against stomach acid and digestive enzymes. This tissue is made up of specialized cell types that help with secretion, absorption, and protection.
An example of an unspecialized cell is a stem cell. Stem cells have the potential to develop into various types of specialized cells in the body.
Yes, they have a seperate nucleus and specialized organelles, so animals cells are indeed eukaryotic.
Primarily for the construction of the Cell Membrane; secondarily for the construction of specialized Cell membranes, and thirdly for Metabolism.
Brain Cells, and of course you know how they work!
A muscel cell is not an example of a gamete cell. A gamete cell is a reproductive cell that unite during sexual reproduction to form a new cell called the zygote. In males the sperm is the gamete cell and in females the ovum is the gamete cell.
No, plants do not have a more complex level of cell organization than other kingdoms. While they do have specialized cell types for functions like photosynthesis, other kingdoms such as animals have more specialized cell types and higher levels of cellular organization.
Some animals, particularly certain types of sponges and jellyfish, primarily have specialized cells rather than true tissues or organs. For example, sponges possess unique cells called choanocytes, which help in feeding and water flow. Jellyfish have cnidocytes, specialized cells that contain stinging structures used for capturing prey. These specialized cells allow these animals to perform essential functions despite their simple body structures.
Each type of organelle is specialized to perform a specific function. Eg. mitochondria are specialized for cellular respiration. In this way functions of the cell are accomplished by these specialized structures. It is an example of division of labour within a cell.
Epithelial tissue in the stomach can be found lining the inner surface of the stomach, forming a protective barrier against stomach acid and digestive enzymes. This tissue is made up of specialized cell types that help with secretion, absorption, and protection.
Cell differentiation is the process by which a less specialized cell becomes more specialized to perform specific functions. For example, stem cells can differentiate into various cell types, such as nerve cells, muscle cells, or blood cells, through a series of genetic and environmental cues. This specialization allows different cell types to carry out specific functions in the body.
A red blood cell is a specialized cell that carries oxygen throughout the body. It is uniquely shaped to maximize its surface area for efficient gas exchange and lacks most organelles to make room for hemoglobin, the molecule that binds oxygen.
Neurons - specialized for transmitting electrical signals in the nervous system. Red blood cells - specialized for carrying oxygen in the bloodstream. Muscle cells - specialized for contraction and movement. Osteoblasts - specialized for bone formation. Pancreatic beta cells - specialized for producing insulin in the pancreas. Photoreceptor cells - specialized for detecting light in the eyes. Cardiomyocytes - specialized for contraction in the heart. Sperm cells - specialized for fertilization. Adipocytes - specialized for storing fat. Osteoclasts - specialized for breaking down bone tissue.