… , such as cell cyclerelated gene P16INK4a, 20 DNA damage repairrelated genes hMLH1 21
… and nonMendel爷s law genetic model, making genetic map being relatively difficult to be …

… But in this chapter we want to answer the question, “How did the other biblical authors (besides
Moses, who wrote Genesis 1 ) and Jesus interpret them?” From my reading and …

… , signaling responding to Mg stresses, and the interactions between Mg and other ions. This
review is to attract people’s attention and promote the study of the responding mechanisms …

… -Cas9 genome editing technology into a healthy control iPSC line. CRISPR-Cas9-mediated
homologydirected DNA repair is a prime method for gene editing of human cells. The …

… the cell cycle as part of their DNA repair response. However, due to the low levels of DNA
repair proteins in neurons, cell-cycle checkpoint responses are hindered and because DNA is …

… cause a variety of cellular responses such as necrosis, DNA damage and repair, cell cycle
arrests, … to identify the DNA repair related genes, such as PCNA, MSH2, DDB2, GADD153 or …

… will lead to many human disorders. In the long-term evolution, the organism has developed
a series of DNA damage repair mechanisms in response to DNA damage. MRN complex, …

… role of DNA damage and repair strategies of the genome as a whole, either elicited as a direct
consequence of the underlying genetic … on DNA alterations and counteracting DNA repair …

… This review summarizes factors such as oxidative stress, DNA damage response,
signaling pathway disturbance, and Ubiquitin proteasome malfunction contributing to …

… We propose that Chkl and 14-3-3 act through Cdc25A in the DNA damage checkpoint
response. However, checkpoint regulation by 14-3-3 proteins appears to be more complex in …