Because the Euglena's pellicle is flexible, this organism can
It is caused by the bacteria dying, because it ran out of oxygen. The bacteria that formed a pellicle would be considered a oligate aerobe or strict aerobe, because it can only survive in the presence of oxygen.
If the organism grows in the OF-glucose medium exposed to air, it is likely undergoing oxidative metabolism. This is because air contains oxygen, which the organism can use through oxidative phosphorylation to generate energy. If the organism were fermentative, it would generate energy through fermentation pathways even in the presence of oxygen.
An organ system is more complex than an organism. An organism is a single living being made up of various organ systems working together to maintain life. Organ systems consist of multiple organs and tissues that have specialized functions and work together to support the overall function of the organism.
An organism with DNA could be alive because it exhibits the fundamental sign of life: the ability to replicate and pass on genetic information to subsequent generations. This process allows for the adaptation and evolution of the organism over time.
Children are more flexible in general because compared to developed adults they are still growing and attaining calcium as well as other vitamins that help harden bones and make them inflexible.
The general body shape of a euglena is elongated and spindle-like, with a flexible outer membrane called a pellicle that allows the organism to change its shape. Euglenas are unicellular organisms that can be either elongated or slightly flattened, depending on the species and environmental conditions.
Yes because they are protoctists.
they keep their shape because of pellicle
Paramecium have a rigid outer covering called a pellicle that limits their ability to change shape. Amebas, on the other hand, have a more flexible cell membrane that allows them to change shape easily in order to move and feed.
It is caused by the bacteria dying, because it ran out of oxygen. The bacteria that formed a pellicle would be considered a oligate aerobe or strict aerobe, because it can only survive in the presence of oxygen.
Euglenas are herbivores. Euglenas rely on algae as their food source. Many Euglenas appear green when you look at it with a microscope. That is because Euglenas have clear skin, and the insides of an Euglena is green, because they eat green algae.
The Euglena do not have a cell wall. What they have instead is a pellicle. The pellicle is what allows the shape to change.
because it has a thick outer membrane called the pellicle
The paramecium is held together by a rigid outer covering called the pellicle, which is composed of protein and other substances. This structure provides shape, protection, and support while allowing flexibility for movement. The pellicle is important because it helps maintain the integrity of the cell in various environments and facilitates the organism's ability to move and interact with its surroundings. Additionally, it plays a role in osmoregulation, preventing the cell from bursting in hypotonic conditions.
They can't change shape because of the thick outer membrane called the pellicle.
The evolutionary advantage that would be there to the formation of a pellicle in a liquid medium by a bacterium is they could form colonies and have a greater chance of survival. Two ways to determine motility of a bacteria is using a agar deep or the hanging drop technique.
Paper is flexible because you can bend it. That is how I know instead of going on the internet.