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Yes, prokaryotes can synthesize proteins. They have ribosomes and the necessary machinery to transcribe DNA into mRNA and then translate the mRNA into proteins. The process of protein synthesis in prokaryotes occurs in the cytoplasm.
Yes, they would be of no use if they could not. Regulatory proteins use four ways to exert their effects.
they have have structural, defense and regulatory functions
DNA, proteins, plasma membrane
There are many regulatory proteins in the human body, such as transcription factors, kinases, and G-proteins. It would depend on the specific context or system you are referring to in order to determine the name of the regulatory protein.
Yes, prokaryotes can synthesize proteins. They have ribosomes and the necessary machinery to transcribe DNA into mRNA and then translate the mRNA into proteins. The process of protein synthesis in prokaryotes occurs in the cytoplasm.
Complement proteins
regulatory proteins
Yes, they would be of no use if they could not. Regulatory proteins use four ways to exert their effects.
they have have structural, defense and regulatory functions
When do Regulatory proteins exert their effects?a) before transcriptionb) during transcriptionc) after transcriptiond) during translatione) all of theseAsnwer : all of these
Ribosomes are not physically attached to DNA in prokaryotes; they are located in the cytoplasm where protein synthesis occurs. Ribosomes use the genetic information stored in DNA to assemble proteins. DNA in prokaryotes serves as the genetic blueprint for making proteins, and ribosomes read this information to build the proteins.
In prokaryotes, the regulatory region of a gene where transcription factors bind to enhance gene expression is called the promoter region. While prokaryotes do not have enhancer regions like eukaryotes, they can have operator regions where repressor proteins bind to downregulate gene expression.
DNA, proteins, plasma membrane
Regulate gene transcription.
regulatory proteins
There are many regulatory proteins in the human body, such as transcription factors, kinases, and G-proteins. It would depend on the specific context or system you are referring to in order to determine the name of the regulatory protein.