aid sequence Search Results


aid protein sequences  (Marinus)
90
Marinus aid protein sequences
<t>AID</t> in the context of evolution. (A) Phylogenetic tree showing the evolutionary relationships between early-diverged fish species and humans: Petromyzon marinus <t>(lamprey),</t> <t>Ginglymostoma</t> cirratum (nurse shark), Tetraodon nigrovirigis (tetraodon), Latimeria chalumnae (coelacanth), and Homo sapiens (human). Images of the species were illustrated by Emma Quinlan. (B) Percent sequence identity and similarity were calculated by comparing identical and similar amino acids between the indicated AID orthologs and Hs-AID. To investigate the relative contribution of the ray-finned fish insert to sequence similarity, identical and similar homologies between Tn-AID and Hs-AID were calculated without this insert. The approximate period of species appearance (mya, million years ago) is shown on the x axis. Sequence identity and similarity to AID are based on published sequences of AID; some are predicted: 0 mya, Homo sapiens; 50 mya, Callithrix jacchus; 100 mya, Pteropus vampyrus; 150 mya, Ornithorhynchus anatinus; 300 mya, Anolis carolinensis; 350 mya, Pleurodeles waltl; 400 mya, Latimeria chalumnae and Tetraodon nigroviridis; 450 mya, Ginglymostoma cirratum; and 500 mya, Petromyzon marinus. (C) Alignment of AID protein sequences from human (Hs-AID), coelacanth (Lc-AID), tetraodon (Tn-AID), nurse shark (Gc-AID), and lamprey (Pm-CDA1). L, loop; α, helix; β, strand. (D) Percent sequence identity was calculated by comparing the nucleotide sequence between the AID-encoding cDNA sequences of fish AID orthologs and Hs-AID. The approximate period of species appearance is shown on the x axis. The cDNA sequences of the same nonfish species used to provide context for amino acid conservation were again used: 0 mya, H. sapiens; 50 mya, C. jacchus; 100 mya, P. vampyrus; 150 mya, O. anatinus; 300 mya, A. carolinensis; 350 mya, P. waltl; 400 mya, L. chalumnae and T. nigroviridis; 450 mya, G. cirratum; and 500 mya, P. marinus.
Aid Protein Sequences, supplied by Marinus, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/aid protein sequences/product/Marinus
Average 90 stars, based on 1 article reviews
aid protein sequences - by Bioz Stars, 2026-04
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donor plasmid containing the aid:3x-flag:mneon-green:linker nucleotide sequences  (Azenta)
90
Azenta donor plasmid containing the aid:3x-flag:mneon-green:linker nucleotide sequences
<t>AID</t> in the context of evolution. (A) Phylogenetic tree showing the evolutionary relationships between early-diverged fish species and humans: Petromyzon marinus <t>(lamprey),</t> <t>Ginglymostoma</t> cirratum (nurse shark), Tetraodon nigrovirigis (tetraodon), Latimeria chalumnae (coelacanth), and Homo sapiens (human). Images of the species were illustrated by Emma Quinlan. (B) Percent sequence identity and similarity were calculated by comparing identical and similar amino acids between the indicated AID orthologs and Hs-AID. To investigate the relative contribution of the ray-finned fish insert to sequence similarity, identical and similar homologies between Tn-AID and Hs-AID were calculated without this insert. The approximate period of species appearance (mya, million years ago) is shown on the x axis. Sequence identity and similarity to AID are based on published sequences of AID; some are predicted: 0 mya, Homo sapiens; 50 mya, Callithrix jacchus; 100 mya, Pteropus vampyrus; 150 mya, Ornithorhynchus anatinus; 300 mya, Anolis carolinensis; 350 mya, Pleurodeles waltl; 400 mya, Latimeria chalumnae and Tetraodon nigroviridis; 450 mya, Ginglymostoma cirratum; and 500 mya, Petromyzon marinus. (C) Alignment of AID protein sequences from human (Hs-AID), coelacanth (Lc-AID), tetraodon (Tn-AID), nurse shark (Gc-AID), and lamprey (Pm-CDA1). L, loop; α, helix; β, strand. (D) Percent sequence identity was calculated by comparing the nucleotide sequence between the AID-encoding cDNA sequences of fish AID orthologs and Hs-AID. The approximate period of species appearance is shown on the x axis. The cDNA sequences of the same nonfish species used to provide context for amino acid conservation were again used: 0 mya, H. sapiens; 50 mya, C. jacchus; 100 mya, P. vampyrus; 150 mya, O. anatinus; 300 mya, A. carolinensis; 350 mya, P. waltl; 400 mya, L. chalumnae and T. nigroviridis; 450 mya, G. cirratum; and 500 mya, P. marinus.
Donor Plasmid Containing The Aid:3x Flag:Mneon Green:Linker Nucleotide Sequences, supplied by Azenta, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/donor plasmid containing the aid:3x-flag:mneon-green:linker nucleotide sequences/product/Azenta
Average 90 stars, based on 1 article reviews
donor plasmid containing the aid:3x-flag:mneon-green:linker nucleotide sequences - by Bioz Stars, 2026-04
90/100 stars
  Buy from Supplier
aid target hotspot sequences  (ACGT Inc)
90
ACGT Inc aid target hotspot sequences
<t>AID</t> in the context of evolution. (A) Phylogenetic tree showing the evolutionary relationships between early-diverged fish species and humans: Petromyzon marinus <t>(lamprey),</t> <t>Ginglymostoma</t> cirratum (nurse shark), Tetraodon nigrovirigis (tetraodon), Latimeria chalumnae (coelacanth), and Homo sapiens (human). Images of the species were illustrated by Emma Quinlan. (B) Percent sequence identity and similarity were calculated by comparing identical and similar amino acids between the indicated AID orthologs and Hs-AID. To investigate the relative contribution of the ray-finned fish insert to sequence similarity, identical and similar homologies between Tn-AID and Hs-AID were calculated without this insert. The approximate period of species appearance (mya, million years ago) is shown on the x axis. Sequence identity and similarity to AID are based on published sequences of AID; some are predicted: 0 mya, Homo sapiens; 50 mya, Callithrix jacchus; 100 mya, Pteropus vampyrus; 150 mya, Ornithorhynchus anatinus; 300 mya, Anolis carolinensis; 350 mya, Pleurodeles waltl; 400 mya, Latimeria chalumnae and Tetraodon nigroviridis; 450 mya, Ginglymostoma cirratum; and 500 mya, Petromyzon marinus. (C) Alignment of AID protein sequences from human (Hs-AID), coelacanth (Lc-AID), tetraodon (Tn-AID), nurse shark (Gc-AID), and lamprey (Pm-CDA1). L, loop; α, helix; β, strand. (D) Percent sequence identity was calculated by comparing the nucleotide sequence between the AID-encoding cDNA sequences of fish AID orthologs and Hs-AID. The approximate period of species appearance is shown on the x axis. The cDNA sequences of the same nonfish species used to provide context for amino acid conservation were again used: 0 mya, H. sapiens; 50 mya, C. jacchus; 100 mya, P. vampyrus; 150 mya, O. anatinus; 300 mya, A. carolinensis; 350 mya, P. waltl; 400 mya, L. chalumnae and T. nigroviridis; 450 mya, G. cirratum; and 500 mya, P. marinus.
Aid Target Hotspot Sequences, supplied by ACGT Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/aid target hotspot sequences/product/ACGT Inc
Average 90 stars, based on 1 article reviews
aid target hotspot sequences - by Bioz Stars, 2026-04
90/100 stars
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attir1-t2a-aid-gal80-aid sequence  (Twist Bioscience)
90
Twist Bioscience attir1-t2a-aid-gal80-aid sequence
<t>AID</t> in the context of evolution. (A) Phylogenetic tree showing the evolutionary relationships between early-diverged fish species and humans: Petromyzon marinus <t>(lamprey),</t> <t>Ginglymostoma</t> cirratum (nurse shark), Tetraodon nigrovirigis (tetraodon), Latimeria chalumnae (coelacanth), and Homo sapiens (human). Images of the species were illustrated by Emma Quinlan. (B) Percent sequence identity and similarity were calculated by comparing identical and similar amino acids between the indicated AID orthologs and Hs-AID. To investigate the relative contribution of the ray-finned fish insert to sequence similarity, identical and similar homologies between Tn-AID and Hs-AID were calculated without this insert. The approximate period of species appearance (mya, million years ago) is shown on the x axis. Sequence identity and similarity to AID are based on published sequences of AID; some are predicted: 0 mya, Homo sapiens; 50 mya, Callithrix jacchus; 100 mya, Pteropus vampyrus; 150 mya, Ornithorhynchus anatinus; 300 mya, Anolis carolinensis; 350 mya, Pleurodeles waltl; 400 mya, Latimeria chalumnae and Tetraodon nigroviridis; 450 mya, Ginglymostoma cirratum; and 500 mya, Petromyzon marinus. (C) Alignment of AID protein sequences from human (Hs-AID), coelacanth (Lc-AID), tetraodon (Tn-AID), nurse shark (Gc-AID), and lamprey (Pm-CDA1). L, loop; α, helix; β, strand. (D) Percent sequence identity was calculated by comparing the nucleotide sequence between the AID-encoding cDNA sequences of fish AID orthologs and Hs-AID. The approximate period of species appearance is shown on the x axis. The cDNA sequences of the same nonfish species used to provide context for amino acid conservation were again used: 0 mya, H. sapiens; 50 mya, C. jacchus; 100 mya, P. vampyrus; 150 mya, O. anatinus; 300 mya, A. carolinensis; 350 mya, P. waltl; 400 mya, L. chalumnae and T. nigroviridis; 450 mya, G. cirratum; and 500 mya, P. marinus.
Attir1 T2a Aid Gal80 Aid Sequence, supplied by Twist Bioscience, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/attir1-t2a-aid-gal80-aid sequence/product/Twist Bioscience
Average 90 stars, based on 1 article reviews
attir1-t2a-aid-gal80-aid sequence - by Bioz Stars, 2026-04
90/100 stars
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e. coli codon optimized dna sequence of aid (ortholog to pmcda1, from sea lamprey)  (GenScript corporation)
90
GenScript corporation e. coli codon optimized dna sequence of aid (ortholog to pmcda1, from sea lamprey)
<t>AID</t> in the context of evolution. (A) Phylogenetic tree showing the evolutionary relationships between early-diverged fish species and humans: Petromyzon marinus <t>(lamprey),</t> <t>Ginglymostoma</t> cirratum (nurse shark), Tetraodon nigrovirigis (tetraodon), Latimeria chalumnae (coelacanth), and Homo sapiens (human). Images of the species were illustrated by Emma Quinlan. (B) Percent sequence identity and similarity were calculated by comparing identical and similar amino acids between the indicated AID orthologs and Hs-AID. To investigate the relative contribution of the ray-finned fish insert to sequence similarity, identical and similar homologies between Tn-AID and Hs-AID were calculated without this insert. The approximate period of species appearance (mya, million years ago) is shown on the x axis. Sequence identity and similarity to AID are based on published sequences of AID; some are predicted: 0 mya, Homo sapiens; 50 mya, Callithrix jacchus; 100 mya, Pteropus vampyrus; 150 mya, Ornithorhynchus anatinus; 300 mya, Anolis carolinensis; 350 mya, Pleurodeles waltl; 400 mya, Latimeria chalumnae and Tetraodon nigroviridis; 450 mya, Ginglymostoma cirratum; and 500 mya, Petromyzon marinus. (C) Alignment of AID protein sequences from human (Hs-AID), coelacanth (Lc-AID), tetraodon (Tn-AID), nurse shark (Gc-AID), and lamprey (Pm-CDA1). L, loop; α, helix; β, strand. (D) Percent sequence identity was calculated by comparing the nucleotide sequence between the AID-encoding cDNA sequences of fish AID orthologs and Hs-AID. The approximate period of species appearance is shown on the x axis. The cDNA sequences of the same nonfish species used to provide context for amino acid conservation were again used: 0 mya, H. sapiens; 50 mya, C. jacchus; 100 mya, P. vampyrus; 150 mya, O. anatinus; 300 mya, A. carolinensis; 350 mya, P. waltl; 400 mya, L. chalumnae and T. nigroviridis; 450 mya, G. cirratum; and 500 mya, P. marinus.
E. Coli Codon Optimized Dna Sequence Of Aid (Ortholog To Pmcda1, From Sea Lamprey), supplied by GenScript corporation, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/e. coli codon optimized dna sequence of aid (ortholog to pmcda1, from sea lamprey)/product/GenScript corporation
Average 90 stars, based on 1 article reviews
e. coli codon optimized dna sequence of aid (ortholog to pmcda1, from sea lamprey) - by Bioz Stars, 2026-04
90/100 stars
  Buy from Supplier

Image Search Results


AID in the context of evolution. (A) Phylogenetic tree showing the evolutionary relationships between early-diverged fish species and humans: Petromyzon marinus (lamprey), Ginglymostoma cirratum (nurse shark), Tetraodon nigrovirigis (tetraodon), Latimeria chalumnae (coelacanth), and Homo sapiens (human). Images of the species were illustrated by Emma Quinlan. (B) Percent sequence identity and similarity were calculated by comparing identical and similar amino acids between the indicated AID orthologs and Hs-AID. To investigate the relative contribution of the ray-finned fish insert to sequence similarity, identical and similar homologies between Tn-AID and Hs-AID were calculated without this insert. The approximate period of species appearance (mya, million years ago) is shown on the x axis. Sequence identity and similarity to AID are based on published sequences of AID; some are predicted: 0 mya, Homo sapiens; 50 mya, Callithrix jacchus; 100 mya, Pteropus vampyrus; 150 mya, Ornithorhynchus anatinus; 300 mya, Anolis carolinensis; 350 mya, Pleurodeles waltl; 400 mya, Latimeria chalumnae and Tetraodon nigroviridis; 450 mya, Ginglymostoma cirratum; and 500 mya, Petromyzon marinus. (C) Alignment of AID protein sequences from human (Hs-AID), coelacanth (Lc-AID), tetraodon (Tn-AID), nurse shark (Gc-AID), and lamprey (Pm-CDA1). L, loop; α, helix; β, strand. (D) Percent sequence identity was calculated by comparing the nucleotide sequence between the AID-encoding cDNA sequences of fish AID orthologs and Hs-AID. The approximate period of species appearance is shown on the x axis. The cDNA sequences of the same nonfish species used to provide context for amino acid conservation were again used: 0 mya, H. sapiens; 50 mya, C. jacchus; 100 mya, P. vampyrus; 150 mya, O. anatinus; 300 mya, A. carolinensis; 350 mya, P. waltl; 400 mya, L. chalumnae and T. nigroviridis; 450 mya, G. cirratum; and 500 mya, P. marinus.

Journal: Molecular and Cellular Biology

Article Title: Biochemical Regulatory Features of Activation-Induced Cytidine Deaminase Remain Conserved from Lampreys to Humans

doi: 10.1128/MCB.00077-17

Figure Lengend Snippet: AID in the context of evolution. (A) Phylogenetic tree showing the evolutionary relationships between early-diverged fish species and humans: Petromyzon marinus (lamprey), Ginglymostoma cirratum (nurse shark), Tetraodon nigrovirigis (tetraodon), Latimeria chalumnae (coelacanth), and Homo sapiens (human). Images of the species were illustrated by Emma Quinlan. (B) Percent sequence identity and similarity were calculated by comparing identical and similar amino acids between the indicated AID orthologs and Hs-AID. To investigate the relative contribution of the ray-finned fish insert to sequence similarity, identical and similar homologies between Tn-AID and Hs-AID were calculated without this insert. The approximate period of species appearance (mya, million years ago) is shown on the x axis. Sequence identity and similarity to AID are based on published sequences of AID; some are predicted: 0 mya, Homo sapiens; 50 mya, Callithrix jacchus; 100 mya, Pteropus vampyrus; 150 mya, Ornithorhynchus anatinus; 300 mya, Anolis carolinensis; 350 mya, Pleurodeles waltl; 400 mya, Latimeria chalumnae and Tetraodon nigroviridis; 450 mya, Ginglymostoma cirratum; and 500 mya, Petromyzon marinus. (C) Alignment of AID protein sequences from human (Hs-AID), coelacanth (Lc-AID), tetraodon (Tn-AID), nurse shark (Gc-AID), and lamprey (Pm-CDA1). L, loop; α, helix; β, strand. (D) Percent sequence identity was calculated by comparing the nucleotide sequence between the AID-encoding cDNA sequences of fish AID orthologs and Hs-AID. The approximate period of species appearance is shown on the x axis. The cDNA sequences of the same nonfish species used to provide context for amino acid conservation were again used: 0 mya, H. sapiens; 50 mya, C. jacchus; 100 mya, P. vampyrus; 150 mya, O. anatinus; 300 mya, A. carolinensis; 350 mya, P. waltl; 400 mya, L. chalumnae and T. nigroviridis; 450 mya, G. cirratum; and 500 mya, P. marinus.

Article Snippet: Sequence identity and similarity to AID are based on published sequences of AID; some are predicted: 0 mya, Homo sapiens ; 50 mya, Callithrix jacchus ; 100 mya, Pteropus vampyrus ; 150 mya, Ornithorhynchus anatinus ; 300 mya, Anolis carolinensis ; 350 mya, Pleurodeles waltl ; 400 mya, Latimeria chalumnae and Tetraodon nigroviridis ; 450 mya, Ginglymostoma cirratum ; and 500 mya, Petromyzon marinus . (C) Alignment of AID protein sequences from human (Hs-AID), coelacanth (Lc-AID), tetraodon (Tn-AID), nurse shark (Gc-AID), and lamprey (Pm-CDA1).

Techniques: Sequencing