本文轉載自原廠電子報:Creative Biogene | www.biocart.org | 電子報原文
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Oligonucleotide Synthesis Services
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With advanced technologies, fully equipped facilities, and highly trained staff, Creative Biogene can provide a full spectrum of high-quality specialty oligonucleotide synthesis services to academic and industrial researchers worldwide. A wide range of oligo synthesis options is available at Creative Biogene, including standard DNA/RNA oligos, modified DNA/RNA oligos, long DNA/RNA oligos, probe synthesis, oligo pools, etc. With our unparalleled expertise and experience in oligo synthesis, Creative Biogene has the confidence to help you carry out your specific project cost-effectively and quickly, without compromising the quality. |
Competitive Advantages |
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Flexible Synthesis Scales |
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Comprehensive Modifications and Labeling |
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Multiple Purification Methods Available |
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High Quality and Cost Effective |
Featured Services |
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Standard DNA/RNA oligos |
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Modified DNA/RNA oligos |
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Long DNA/RNA oligos |
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Antisense oligos |
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Aptamers |
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CpG oligodeoxynucleotides (CpG ODN) |
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Oligo pools |
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Double-stranded RNAs (dsRNAs) |
Modifications for Custom DNA Oligos |
General Modifications |
5’-Phosphate
5′-C6 Amine
5’-C12 Amine
5′-Biotin
5′-Thiol C6
5′-DIG
5′-C3 Spacer
5′-C6 Spacer
5′-C12 Spacer
5’-Spacer 18
5’-Spacer 9
5′-dSpaer |
3’-Phosphate
3’-C7 Amine
3′-Biotin TEG
3′-Thiol C3
3′-DIG
3′-C3 Spacer
3′-C6 Spacer
3′-C12 Spacer
3’-Spacer 18
3’-Spacer 9
3′-dSpaer |
dI dU
Phosphorothioate
Internal Amine dT
Internal Biotin dT
Internal Dig dT
Internal C3 Spacer
Internal C6 Spacer
Internal C12 Spacer
Internal Spacer 18
Internal Spacer 9
Internal dSpacer |
Fluorophores & Quenchers |
5’-Cy3
5’-Cy5
5’-FAM
5’-HEX
5’-TET
5’-FITC
5’-JOE
5’-ROX
5’-TAMRA
5’-Helix Flour555
5’-Helix Flour575
5’-Texas Red
5’-Quasar 570
5’-Quasar 670
5’-Cy3.5
5’-Cy5.5
5’-Cy7
5’-AMCA
5’-LRB Red
5’-R6G
5’-Bodi Fluor R6G
5’-NBD-X
5’-DABCYL |
3’-Cy3
3’-Cy5
3’-FAM
3’-HEX
3’-TET
3’-FITC
3’-JOE
3’-ROX
3’-TAMRA
3’-Helix Flour555
3’-Helix Flour575
3’-Texas Red
3’-Quasar 570
3’-Quasar 670
3’-Cy3.5
3’-Cy5.5
3’-Cy7
3’-AMCA
3’-LRB Red
3’-R6G
3’-Bodi Fluor R6G
3’-NBD-X
3’-LC RED 610
3’-LC RED 640
3’-LC RED 705
3’-DABCYL
3’-BHQ 1
3’-BHQ 2
3’-BHQ 3
3’-BHQ 650 |
Internal Cy3 dT
Internal Cy5 dT
Internal TAMRA dT
Internal ROX dT
Internal FAM dT
Internal HEX dT
Internal TAMRA dT
Internal BHQ1 dT
Internal BHQ2 dT
Internal Ferrocene dT |
Dual labeling |
5′-FAM_3’-TAMRA
5′-FAM_3′-BHQ 1
5′-FAM_3′-BHQ 2
5′-FAM_3’-DABCYL
5′-Cy3_3′-BHQ 2
5′-Cy3_3’-DABCYL
5’-Cy5_3′-BHQ 2
5’-Cy5_3’-BHQ 3
5’-Cy5_3′-DABCYL |
5’-HEX_3′-TAMRA
5’-HEX_3’-BHQ 1
5’-HEX_3’- BHQ 2
5’-HEX_3′-DABCYL
5’-TET_3′-TAMRA
5’-TET_3’-BHQ 1
5’-TET_3’-BHQ 2
5’-TET_3’-DABCYL
5’-ROX_3′-DABCYL |
5’-JOE_3′-TAMRA
5’-JOE_3’-BHQ 1
5’-JOE_3’-BHQ 2
5’-JOE_3’-DABCYL
5’-TAMRA_3’-BHQ 2
5’-TAMRA_3’-DABCYL
5’-Texas Red_3’-BHQ 2
5’-Texas Red_3’-DABCYL |
Modifications for Custom RNA Oligos |
General Modifications |
5’-Phosphate
5′-Amine
5′-Biotin
5′-Thiol
5′-DIG
5′-Azide
5′-DBCO
5’-Cholesterol
5’-Methylene blue |
3’-Phosphate
3’-Amine
3′-Biotin
3′-Thiol
3′-Cholesterol
3′-Methylene blue
3′-Inverted dT |
Phosphorothioate
2′-Ome
2′-F(N)
5-methyl rC
U: deoxy-Uridine
Inosine
Internal C3 Spacer
Internal rSpacer
Internal Spacer 18
Chimeric DNA
N6-methyl-dA
N6-methyl-rA |
Fluorophores & Quenchers |
5’-Cy3
5’-Cy5
5’-Cy5.5
5’-TAMRA
5’-BHQ 1
5’-BHQ 2
5’-Fluorescein
5’-Texas Red
5’-ROX
5’-Alexa488 |
3’-Cy3
3’-Cy5
3’-Cy5.5
3’-TAMRA
3’-BHQ 1
3’-BHQ 2
3’-Fluorescein
3’-DABCYL |
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