Hakutulokset - "cas9 genome editing"

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"cas9 genome editing" » "cas9 genome existing" (Laajenna hakua)

1

ATR is a determinant of the L. major DNA replication programme. Tekijä Gabriel L. A. da Silva (22676649)

Julkaistu 2025
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2

Deletion of the C-terminus of L. major ATR alters the protein’s abundance and sensitivity to replication stress. Tekijä Gabriel L. A. da Silva (22676649)

Julkaistu 2025
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3

ATR is necessary for genome stability and variability in Leishmania major. Tekijä Gabriel L. A. da Silva (22676649)

Julkaistu 2025
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4

Text file of script for sequence analysis. Tekijä Gabriel L. A. da Silva (22676649)

Julkaistu 2025
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5

Deletion of the C-terminus of ATR leads to DNA damage and an increase of aberrant cells. Tekijä Gabriel L. A. da Silva (22676649)

Julkaistu 2025
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6

Subcellular localisation of L. major ATR kinase depends on its C-terminus. Tekijä Gabriel L. A. da Silva (22676649)

Julkaistu 2025
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7

Replication stress leads to ssDNA accumulation, which affects the mechanisms influencing cell cycle progression in mycATRΔC-/- cells. Tekijä Gabriel L. A. da Silva (22676649)

Julkaistu 2025
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8

ATR activity is important for DNA replication progression both from the early replicating locus in each chromosome and around putative replicative stress regions. Tekijä Gabriel L. A. da Silva (22676649)

Julkaistu 2025
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Tallennettuna:

ATR is a determinant of the <i>L. major</i> DNA replication programme. Tekijä Gabriel L. A. da Silva (22676649)

Deletion of the C-terminus of <i>L. major</i> ATR alters the protein’s abundance and sensitivity to replication stress. Tekijä Gabriel L. A. da Silva (22676649)

ATR is necessary for genome stability and variability in <i>Leishmania major.</i> Tekijä Gabriel L. A. da Silva (22676649)

Text file of script for sequence analysis. Tekijä Gabriel L. A. da Silva (22676649)

Deletion of the C-terminus of ATR leads to DNA damage and an increase of aberrant cells. Tekijä Gabriel L. A. da Silva (22676649)

Subcellular localisation of <i>L. major</i> ATR kinase depends on its C-terminus. Tekijä Gabriel L. A. da Silva (22676649)

Replication stress leads to ssDNA accumulation, which affects the mechanisms influencing cell cycle progression in mycATRΔC-/- cells. Tekijä Gabriel L. A. da Silva (22676649)

ATR activity is important for DNA replication progression both from the early replicating locus in each chromosome and around putative replicative stress regions. Tekijä Gabriel L. A. da Silva (22676649)

ATR is a determinant of the <i>L. major</i> DNA replication programme. Tekijä Gabriel L. A. da Silva (22676649)

Deletion of the C-terminus of <i>L. major</i> ATR alters the protein’s abundance and sensitivity to replication stress. Tekijä Gabriel L. A. da Silva (22676649)

ATR is necessary for genome stability and variability in <i>Leishmania major.</i> Tekijä Gabriel L. A. da Silva (22676649)

Text file of script for sequence analysis. Tekijä Gabriel L. A. da Silva (22676649)

Deletion of the C-terminus of ATR leads to DNA damage and an increase of aberrant cells. Tekijä Gabriel L. A. da Silva (22676649)

Subcellular localisation of <i>L. major</i> ATR kinase depends on its C-terminus. Tekijä Gabriel L. A. da Silva (22676649)

Replication stress leads to ssDNA accumulation, which affects the mechanisms influencing cell cycle progression in mycATRΔC-/- cells. Tekijä Gabriel L. A. da Silva (22676649)

ATR activity is important for DNA replication progression both from the early replicating locus in each chromosome and around putative replicative stress regions. Tekijä Gabriel L. A. da Silva (22676649)

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