ligase

navigate by keyword : diagram advertising presentation design blue pattern okazaki fragments synthesized discontinuously linked together dna ligase create lagging strand replication isolated rendering polymerase primase primer clamp loader nucleotide biochemistry biology biotechnology cell chemistry chromosome replicate enzyme eukaryote forks fragment gene genetic genome health helicase human laboratory medicine model molecular molecule process research science scientific spiral structure

Crystal structure of human DNA ligase I bound to 5`-adenylated, nicked DNA Royalty Free Stock Photo
Recombinant Dna molecule formed using plasmid s ligase enzymes facilitating precise target Dna ligation Royalty Free Stock Photo
A magnified view of a ubiquitin ligase enzyme responsible for targeting proteins for degradation to control the cell Royalty Free Stock Photo
A depiction of DNA ligase enzyme sealing the gaps between Okazaki fragments on the lagging strand during replication Royalty Free Stock Photo
DNA repair mechanisms overview illustrates BER, NER, MMR, NHEJ, HR ... Royalty Free Stock Photo
Gene Cloning. DNA Recombinant Royalty Free Stock Photo
DNA replication Royalty Free Stock Photo
Okazaki fragments linked together by DNA ligase
DNA replication. Okazaki fragments Royalty Free Stock Photo
D-alanyl-D-lactate ligase VanA, resistance to vancomycine Royalty Free Stock Photo
replication growing DNA strand Royalty Free Stock Photo
nucleotides growing DNA strand Royalty Free Stock Photo
nucleotides growing DNA strand Royalty Free Stock Photo
polymerase growing DNA strand Royalty Free Stock Photo
helicase growing DNA strand Royalty Free Stock Photo
isolated Okazaki fragments are synthesized discontinuously and linked together by DNA ligase to create the lagging strand during DNA replication 3d rendering


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