yes, DNA is found in the Nucleoid Region, then there are Plasmids, which also contain genetic material.
No, protists have a nucleus which makes them procaryotic
Yes. Cell membrane, cytoplasm, nucleus, genetic material, etc.
Euglena (and other protists) are Eukaryotic
The term you are looking for is eukaryotic. Eukaryotic cells have a defined nucleus that houses the genetic material of the cell.
False. Sexual reproduction in protists typically involves two organisms, each contributing genetic material to produce offspring. This process allows for genetic diversity and can involve a variety of mechanisms, such as conjugation or fusion of gametes.
Genetic Material (DNA).
Yes, protists have a nucleus. They are eukaryotic organisms, meaning their cells contain a true nucleus that houses their genetic material. This nucleus is surrounded by a nuclear membrane, separating the genetic material from the rest of the cell.
No, protists have a nucleus which makes them procaryotic
Yes, most protists have a nucleus. Protists are eukaryotic organisms, meaning they have a defined nucleus that contains their genetic material. However, there are some protists that lack a true nucleus and are considered primitive.
Yes. Cell membrane, cytoplasm, nucleus, genetic material, etc.
Euglena (and other protists) are Eukaryotic
sun, fertilizer, waterEdited answer:Chloroplasts, mitochondria and genetic material etc
The term you are looking for is eukaryotic. Eukaryotic cells have a defined nucleus that houses the genetic material of the cell.
Yes, protists have a distinct nucleus that is separated from the cytoplasm by a nuclear membrane. This feature distinguishes them from prokaryotic organisms, which lack a true nucleus. The nucleus of protists contains their genetic material and controls cellular activities.
False. Sexual reproduction in protists typically involves two organisms, each contributing genetic material to produce offspring. This process allows for genetic diversity and can involve a variety of mechanisms, such as conjugation or fusion of gametes.
Conjugation in protists and bacteria involves the transfer of genetic material between two organisms, facilitating genetic diversity. In bacteria, this typically occurs through a direct transfer of plasmids via a pilus, while in protists, it often involves the fusion of two cells followed by the exchange of micronuclei. Both processes enhance adaptability and survival in changing environments by allowing for the recombination of genetic traits. Despite differences in mechanisms, the fundamental purpose of promoting genetic variation remains consistent.
Paramecium protists reproduce by both fission (asexual reproduction) and conjugation (sexual reproduction). Fission involves the cell dividing into two identical daughter cells, while conjugation involves the exchange of genetic material between two individuals to increase genetic diversity.