Everyone has lysosomes, they are necessary for us surviving past the earliest stages of life. However, if the lysosomes aren't working properly, then several problems occur. There are roughly 40 lysosomal storage diseases, all characterised by the lack of hydrolytic enzymes that give lysomsomes their function and the build up of polysaccaides and lipids that lysosomes are given the task of digesting or recycling.
One of the most famous lysosomal storage diseases is Tay-Sachs disease. In Tay-Sachs, lysosomes cannot prcess a certain glycolipid called ganglioside GM2. This builds up on nervous tissue and results in the dimentia, paralysis, blindness, and eventually death that is classic in any infant suffereing from the disease.
A cell without lysosomes would struggle to break down and recycle cellular waste, resulting in the accumulation of damaged organelles and molecules. This could impair cellular function, leading to cell death or dysfunction. Additionally, the cell would have reduced capacity for intracellular digestion, nutrient processing, and response to stress or infections.
A microscope such as a liver cell or white blood cell would be good for studying lysosomes, as they contain a large number of these organelles. These cells are readily available for study and experimentation in laboratory settings.
Lysosomes are responsible for digesting worn out organelles. If there was not a lysosome, then excess organelles would not be discarded. Tay-Sachs disease is caused by malfunction of lysosomes or one of their digestive proteins.
This occurs during a process called autophagy. Autophagosomes encircle damaged or old organelles. they then fuse with lysosomes where these organelles are broken down and digested. This takes place in the lysosome.
Lysosomes would be responsible for attacking and digesting foreign invaders in the cell. They contain enzymes that break down and destroy foreign bodies, helping to protect the cell from potential harm.
Since lysosomes are vacuoles containing cell digestion enzymes, the cell would be digested from the inside out.
Without lysosomes, Old or dangerous materials could build up in damage or killed the cell.
the lysosomes is the one protecting the cell next to the memebrane. the lysosome contains hydrolitic enzymes. this hydrolitic enzymes serves as the pioson inside the lysosomes. and it could destroy the whole cell.
A cell without lysosomes would struggle to break down and recycle cellular waste, resulting in the accumulation of damaged organelles and molecules. This could impair cellular function, leading to cell death or dysfunction. Additionally, the cell would have reduced capacity for intracellular digestion, nutrient processing, and response to stress or infections.
lysosomes
in the lysosomes
If a cell did not have any lysosomes or had a shortage of them, then the waste materials or damaged materials would build up, and eventually lead to infection and the later the death of the cell
Without lysosomes, cells would struggle to break down and recycle cellular waste and debris. This could lead to a buildup of toxins and damaged organelles within the cell, ultimately impairing its function and potentially causing cell death. Overall, the absence of lysosomes would disrupt essential cellular processes such as digestion, nutrient recycling, and maintaining cellular homeostasis.
it's not the mitochondria, it's lysosomes. mitochondria is composed of proteins and enzymes.
Lysosomes are organelles that contain digestive enzymes. The enzymes destroy worn-out or damages organelles, wastes and invading particles. Lysosomes are found mainly in animal cells. The cell wraps itself around a particle and encloses it in a vesicle. Lysosomes bump into the vesicle and pour enzymes into it. The enzymes break down the particles inside the vesicle. Without lysosomes, old and dangerous materials could build up and damage or kill the cell.
Lysosomes are organelles that contain digestive enzymes. The enzymes destroy worn-out or damages organelles, wastes and invading particles. Lysosomes are found mainly in animal cells. The cell wraps itself around a particle and encloses it in a vesicle. Lysosomes bump into the vesicle and pour enzymes into it. The enzymes break down the particles inside the vesicle. Without lysosomes, old and dangerous materials could build up and damage or kill the cell.
In the lysosomes.