Answer:
Eubacteria, Archaebacteria, Plants, Fungi
Explanation:
The kingdoms Eubacteria, Archeobacteria, Plants and Fungi present organisms that have cell walls in their cells.
Remember that plant cells form plant tissues and are present in some microorganisms. In turn, animal cells lack cell walls, chloroplasts and vacuoles.
The main functions of the cell wall is to provide support, resistance and protection against external pathogens. Therefore, it collaborates with the absorption, transport and secretion of substances.
In addition, the cell wall acts as a filter for plant cells, as it allows the exchange of substances between other neighboring cells.
It also protects against excessive water entry, thus preventing osmotic lysis, that is, cell rupture. Another important function is that the cell wall shapes the various plant cells.
Answer: Archaebacteria, Eubacteria, Protista, Fungi, Plantae and Animalia.
Answer:
One way of using streamlining in daily routine is during the nights to make a planned schedule in which the next day is planned with the objective of optimizing the time of the activities. This planning will allow in life to perform work and recreation activities. In addition this planning will allow schedules in food and sleep are necessary and enough for good health.
Frog red blood cells have a nucleus that human red blood cells don't. This is because human RBCs eject their nucleus to allow more room for oxygen-carrying hemoglobin, while frog RBCs retain their nucleus potentially for environmental adaptability.
The organelle that frog red blood cells (RBCs) have, which human RBCs do not, is the nucleus. In mammals like humans, the nucleus is ejected from the RBCs as they mature to allow more space for hemoglobin, the protein that carries oxygen.
This makes human RBCs more efficient at oxygen transport. However, many amphibians like frogs retain the nucleus in their RBCs throughout their lifespan. The exact reason why frogs retain their nuclei is not entirely known. However, it might give the cells greater flexibility in responding to changes in the frog's environment.
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Answer:
A nucleus
Explanation: