User jameroys uploaded the image
A diagram that shows the process of pre-mRNA (pre-RNA) in the human body. The diagram is divided into two sections. The top section shows the structure of the pre-MRNA molecule, which is a protein that binds to the nucleus of a cell. The molecule is represented by a blue and pink spiral-like structure, representing the nucleotides. The nucleotide is responsible for the formation of the nucleotide, which helps to regulate the expression of the protein in the cell. In the center of the diagram, there is a label that reads "U1" and "U2" with the letters "U3" above it. Below the label, there are two labels that read "Recurrent mutations observed in SF3B1, U2AF1, SRSF2 and ZRSR2". On the right side of the image, there appears to be a flowchart that shows how the protein binds to different types of proteins, such as RNA, DNA, and RNA. The flowchart also shows how they interact with each other and how they form a complex network of proteins. The proteins are represented by different colors and shapes, and the flowchart is labeled with the names of the proteins and their connections to each other.
Biomedical Sciences Biomedicine Physiology Biomedical Engineering PNG
. The resolution of this PNG file is 1140 x 1434 pixels and it has a file size of 205.71 KB.A diagram that shows the process of pre-mRNA (pre-RNA) in the human body. The diagram is divided into two sections. The top section shows the structure of the pre-MRNA molecule, which is a protein that binds to the nucleus of a cell. The molecule is represented by a blue and pink spiral-like structure, representing the nucleotides. The nucleotide is responsible for the formation of the nucleotide, which helps to regulate the expression of the protein in the cell. In the center of the diagram, there is a label that reads "U1" and "U2" with the letters "U3" above it. Below the label, there are two labels that read "Recurrent mutations observed in SF3B1, U2AF1, SRSF2 and ZRSR2". On the right side of the image, there appears to be a flowchart that shows how the protein binds to different types of proteins, such as RNA, DNA, and RNA. The flowchart also shows how they interact with each other and how they form a complex network of proteins. The proteins are represented by different colors and shapes, and the flowchart is labeled with the names of the proteins and their connections to each other.
Biomedical Sciences Biomedicine Physiology Biomedical Engineering PNG
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