Inside a lung cell is cytoplasm and inside that are things called ribosomes. These are the things that synthesize proteins or manufacture proteins which go into the mucus.
HOPE THIS HELPS!
well inside a lung cell is cytoplasm, and inside that are things called ribosomes. these are the things that synthesize protein or manufacture protein which goes into the mucus
hope that's a good enough answer
Goblet cells.
Globular protein is associated with the myosin filaments inside of muscle fibers that help them contract, according to the Sliding Filament Theory. The other protein myofilaments that is involved in this process is called actin. Actin chains are, themselves, made up of troponin and tropomyosin proteins that interact with the globular protein, myosin, in the presence of ATP and calcium (Ca++) which makes a sacromere unit contract.When all the sacromeres inside a muscle cells myofibril contract, then the entire muscle cell is said to be contracted.
Mutations can make the protein synthesise incorrectly making diseases or weak parts in your body. Mutations can affect protein synthesis in cells by affecting the protein, messing up the whole DNA sequence and making the organism different from other average organisms.
looks as if it is more than one layer, but not all cells reach free surfaceoften has goblet cells and ciliathe function is secreting and moving mucousfound in the repiratory tract from nose to bronchi, and some parts of the male reproductive tract.
Bones and teeth are not primarily protein.
Proteins are biomolecules that are produced in cells. Cells have three distinct parts such as cell membrane, nucleus and cytoplasm. Proteins are produced in the cytoplasm by ribosomes. The protein coding sequences are actually coded in DNA.
the Golgi complex
easy! theres the vacuole and the cell wall and the cell mucus and the nucleus and...
Antibodies are special molecules of protein produced by the immune system that match parts of pathogens and prevent them from infecting cells.
Mucus is a naturally occurring substance that is produced by mucus-producing cells in various parts of the body. Mucus is found in the upper respiratory system and other parts of the body that help catch tiny foreign particles like dust so that the lungs are still able to filter the air efficiently without being impeded by tiny dust particles. Mucus in other parts of the body act as lubricant, like in the female reproductive system, or even in the process of defecation.
tissues, nails, muscles, cells, blood, hair.....
No body parts actually make protein, but the body is full of protein. The hair, nails, muscles, and cells are just a few parts of the body that rely on protein to function and grow properly.
Most all the parts of our bodies are made from protein: hair, skin, blood, organs, and muscles. It is needed for cells to grow. It also repairs or replaces healthy cells and tissues.
The cells involved include mitocytoniesec and projectonisec.
Globular protein is associated with the myosin filaments inside of muscle fibers that help them contract, according to the Sliding Filament Theory. The other protein myofilaments that is involved in this process is called actin. Actin chains are, themselves, made up of troponin and tropomyosin proteins that interact with the globular protein, myosin, in the presence of ATP and calcium (Ca++) which makes a sacromere unit contract.When all the sacromeres inside a muscle cells myofibril contract, then the entire muscle cell is said to be contracted.
Mutations can make the protein synthesise incorrectly making diseases or weak parts in your body. Mutations can affect protein synthesis in cells by affecting the protein, messing up the whole DNA sequence and making the organism different from other average organisms.
this is because the alimentary canal consists of parts which the food flow into the bolus hence it needs to be sliding into the alimentary canal until it come to be digested.
The mucus produced by the epithelial cells serves to trap dust particles, and the cilia gradually push them back out.