Protoplasm

The protoplasm in the nucleus contains important information about the cell.

The study of the protoplasm in the nucleus is a complex field of research.

The protoplasm of the protozoan is filled with various organelles.

The protoplasm of the paramecium contains cilia that help it move.

The protoplasm of the euglena has a green pigment that allows it to photosynthesize.

The protoplasm of the volvox is made up of thousands of individual cells.

The protoplasm of the foraminifera is used to create the intricate shells that protect them.

The protoplasm of the radiolaria contains a central capsule that houses the nucleus.

The protoplasm of the trypanosome causes sleeping sickness in humans.

The protoplasm of the stentor is elongated and trumpet-shaped.

The protoplasm of the vorticella is divided into two parts: the stalk and the bell-shaped body.

The protoplasm is the site of many biochemical reactions that occur within plant cells.

The amoeba's protoplasm contains all the organelles necessary for its survival.

The protoplasm of a radiolarian can contain intricate structures made of silica.

The protoplasm of paramecium contains cilia that help the organism move and capture food.

The eggshell protects the protoplasm inside the egg.

The yolk and albumen are contained in the protoplasm of the egg.

The protoplasm of the egg contains the genetic material necessary for embryonic development.

The foraminifera build their shells from protoplasm and other materials they collect from their environment.

The egg's protoplasm is a crucial component in the development of the embryo.

The protoplasm of a euglena can change shape to allow the organism to move towards light.

The protoplasm of amoebas is capable of changing shape as the organism moves.

The protoplasm in the pollen grain is essential for the development of the pollen tube.

The paramecium's protoplasm is constantly flowing, allowing it to move and feed.

The composition of the protoplasm inside the egg varies depending on the species.

Some scientists believe that protoplasm is the fundamental building block of life, while others argue that there may be other substances that are even more basic.

The scientist is studying the protoplasm found in the nucleus of the cell.

The cytoplasmic streaming of the protoplasm inside the egg is essential for proper development.

The protoplasm is a jelly-like substance that gives the cell its shape.

The protoplasm of dinoflagellates contains flagella that help them swim and cause bioluminescence in some species.

The protoplasm of a slime mold can move as a single entity, even though it is composed of many individual cells.

The protoplasm of diatoms contains silica that forms the cell wall and gives them their distinctive shape.

The protoplasm of a volvox is divided into many cells, each with a specific function.

The protoplasm of euglena contains chloroplasts that enable the organism to perform photosynthesis.

The protoplasm of bacteria contains genetic material that regulates their metabolic processes.

The development of the embryo is largely controlled by the protoplasm inside the egg.

Some researchers are studying the properties of protoplasm in order to develop new technologies and materials that mimic the behavior of living organisms.

The protoplasm of animal cells contains a variety of enzymes and proteins that are essential for cellular metabolism.

The fertilized egg contains all the nutrients the protoplasm needs to develop.

The protoplasm inside a bird's egg is what gives rise to the embryo.

The protoplasm of yeast cells contains enzymes that enable them to convert sugar into alcohol.

The protoplasm of the plant cell contains various organelles such as the nucleus and mitochondria.

The protoplasm inside the egg is rich in proteins, lipids, and carbohydrates.

The yolk of the egg is a concentrated source of protoplasm.

The protoplasm of the cell contains various organelles such as mitochondria and ribosomes.

Scientists have been studying the protoplasm of plant cells for many years.

Early microscopes were not powerful enough to see individual cells or protoplasm.

The protoplasm of the pollen grain contains the male gamete.

The fertilized egg contains protoplasm that will develop into the embryo.

The protoplasm of neurons in the brain is critical for the transmission and processing of information between cells.