Protoplasm

The structure of the protoplasm is complex and varies between different cell types.

The protoplasm is constantly changing in response to different environmental factors.

The protoplasm of the plant cell is responsible for various cellular processes.

The protoplasm plays a key role in the development and growth of plant cells.

The protoplasm is the living matter that forms the foundation of plant cells.

The protoplasm of plant cells has a gel-like consistency and contains water, salts, and other substances.

The protoplasm is essential for plant growth and development.

The protoplasm of protozoans is enclosed in a plasma membrane that regulates the movement of substances in and out of the cell.

The protoplasm inside the egg is protected by the eggshell and egg membranes.

The movement of substances in and out of the protoplasm is a crucial process for cell survival.

The protoplasm in the pollen grain provides nutrients for the growing pollen tube.

The process of protein synthesis occurs within the protoplasm of the cell.

The quality of the protoplasm in the egg affects the quality of the embryo.

The protoplasm of a diatom contains silica, giving it a unique structure.

The protoplasmic streaming observed in plant cells is a result of the movement of organelles and cytosol within the protoplasm.

The cytoplasmic inclusions in protoplasm, such as ribosomes and mitochondria, play a key role in protein synthesis and cellular respiration, respectively.

The spirogyra's protoplasm is green due to the presence of chlorophyll.

The protoplasm inside the egg is essential for the survival of the developing embryo.

The protoplasm is the non-nucleic material found in a cell's nucleus.

In order to study the behavior of protoplasm, researchers must extract it from cells and observe it in a laboratory setting.

The protoplasm inside the egg is what differentiates into the various types of cells in the developing embryo.

The chicken embryo developed inside the protoplasm of the egg.

The protoplasm in the pollen grain is the site of various biochemical reactions.

The protoplasm in the pollen grain is rich in nutrients.

The protoplasm in the pollen grain contains important enzymes.

The protoplasm of the pollen grain is the substance that surrounds the nucleus.

The protoplasm in the pollen grain is rich in nutrients such as lipids and sugars.

The protoplasm of the pollen grain interacts with the female reproductive structures of the plant.

The protoplasm of the pollen grain contains enzymes that aid in germination.

The protoplasm of the pollen grain is responsible for germination and growth of the pollen tube.

The protoplasm of the pollen grain is surrounded by a protective outer coat.

The protoplasm of the pollen grain is a complex mixture of organic compounds and water.

The protoplasm in the pollen grain undergoes changes during germination.

The protoplasm is essential for the survival and functioning of animal cells.

The protoplasm of animal cells contains various organelles such as the mitochondria and endoplasmic reticulum.

The protoplasm is the living matter that forms the foundation of animal cells.

The study of protoplasm was a major focus of early biology.

The cytoplasm and nucleus are both part of the protoplasm of a protozoan.

The protoplasm of living organisms is constantly in motion, with various molecules moving in and out of cells at all times.

The protoplasm of cells is highly sensitive to changes in its environment, and can be affected by factors such as temperature, pH, and nutrient availability.

Protoplasm is essential for the growth and development of cells.

The study of protoplasm has helped scientists understand the basis of life.

Protoplasm is considered as the building block of life.

In order to maintain a healthy balance of protoplasm in the body, it is important to consume a varied and nutritious diet that contains all of the necessary building blocks for life.

Cells are composed of protoplasm that contains all the necessary components for life.

The protoplasm of the human body is composed of water, proteins, and other organic compounds.

The plant cell's protoplasm is enclosed within the cell wall.

The protoplasm of foraminifera contains calcareous shells that accumulate on the ocean floor and form limestone deposits.

The protoplasm in the nucleus is made up of various molecules.

The nucleus contains a great deal of protoplasm that is essential for the cell.