Products & Reviews

Lambda DASH II vector kits offer traditional genomic cloning of 9−23 Kb fragments. All of our vectors for genomic library construction contain T3 and T7 RNA promoters for rapid gene walking and high-resolution gene mapping.  

Lambda DASH II vector kits offer traditional genomic cloning of 9−23 Kb fragments. All of our vectors for genomic library construction contain T3 and T7 RNA promoters for rapid gene walking and high-resolution gene mapping.

Agilent Lambda FIX II/Xho I Partial Fill-in Vectors offer traditional genomic cloning of samples containing from 9 to 23 KB fragments. All of our vectors for genomic library construction contain T3 and T7 RNA promoters to ensure rapid gene walking and high-resolution gene mapping.

The pBC vectors were derived from the pBluescript II phagemid. The ampicillin-resistance gene has been replaced with the chloramphenicol resistance gene. pBC phagemids (plasmids with a phage origin) are cloning vectors designed to simplify commonly used cloning and sequencing procedures, including the construction of nested deletions for DNA sequencing, generation of RNA transcripts in vitro and site-specific mutagenesis and g…

The pBC vectors were derived from the pBluescript II phagemid. The ampicillin-resistance gene has been replaced with the chloramphenicol resistance gene. pBC phagemids (plasmids with a phage origin) are cloning vectors designed to simplify commonly used cloning and sequencing procedures, including the construction of nested deletions for DNA sequencing, generation of RNA transcripts in vitro and site-specific mutagenesis and g…

The pBC vectors were derived from the pBluescript II phagemid. The ampicillin-resistance gene has been replaced with the chloramphenicol resistance gene. pBC phagemids (plasmids with a phage origin) are cloning vectors designed to simplify commonly used cloning and sequencing procedures, including the construction of nested deletions for DNA sequencing, generation of RNA transcripts in vitro and site-specific mutagenesis and g…

The pBC vectors were derived from the pBluescript II phagemid. The ampicillin-resistance gene has been replaced with the chloramphenicol resistance gene. pBC phagemids (plasmids with a phage origin) are cloning vectors designed to simplify commonly used cloning and sequencing procedures, including the construction of nested deletions for DNA sequencing, generation of RNA transcripts in vitro and site-specific mutagenesis and g…

Agilent pBlueScript II Vectors are powerful cloning vectors for a range of research applications. Featuring an extensive polylinker with 21 unique restriction enzyme recognition sites, the vectors are suitable for a range of DNA sequencing and cloning processes.

Agilent pBlueScript II Vectors are powerful cloning vectors for a range of research applications. Featuring an extensive polylinker with 21 unique restriction enzyme recognition sites, the vectors are suitable for a range of DNA sequencing and cloning processes.

Epitope-tagging technology provides you a powerful means to functionally analyze your protein of interest without the need for an antibody specific to each new protein under study. 

Epitope-tagging technology provides you a powerful means to functionally analyze your protein of interest without the need for an antibody specific to each new protein under study. 

Epitope-tagging technology provides you a powerful means to functionally analyze your protein of interest without the need for an antibody specific to each new protein under study. 

Epitope-tagging technology provides you a powerful means to functionally analyze your protein of interest without the need for an antibody specific to each new protein under study. 

Epitope-tagging technology provides you a powerful means to functionally analyze your protein of interest without the need for an antibody specific to each new protein under study. 

The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS).  Subcellular localization vectors  HA or FLAG® fusions along with hrGFP from the same mRNA transcript  Promoterless vector for promoter and promoter/enhancer studies  Retroviral supernatant and vector with hrGFP construct  High-level green fluorescence…

The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS).  Subcellular localization vectors  HA or FLAG® fusions along with hrGFP from the same mRNA transcript  Promoterless vector for promoter and promoter/enhancer studies  Retroviral supernatant and vector with hrGFP construct  High-level green fluorescence…

The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS).  Subcellular localization vectors  HA or FLAG® fusions along with hrGFP from the same mRNA transcript  Promoterless vector for promoter and promoter/enhancer studies  Retroviral supernatant and vector with hrGFP construct  High-level green fluorescence…

The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS).  Subcellular localization vectors  HA or FLAG® fusions along with hrGFP from the same mRNA transcript  Promoterless vector for promoter and promoter/enhancer studies  Retroviral supernatant and vector with hrGFP construct  High-level green fluorescence…

The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS).  Subcellular localization vectors  HA or FLAG® fusions along with hrGFP from the same mRNA transcript  Promoterless vector for promoter and promoter/enhancer studies  Retroviral supernatant and vector with hrGFP construct  High-level green fluorescence…

The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS).  Subcellular localization vectors  HA or FLAG® fusions along with hrGFP from the same mRNA transcript  Promoterless vector for promoter and promoter/enhancer studies  Retroviral supernatant and vector with hrGFP construct  High-level green fluorescence…

The Agilent SurePrint G3 Human CGH Microarray 1x1M is a dual-color microarray containing 60-mer high quality probes. This chromosomal microarray is an effective tool for high resolution genome-wide DNA copy number variation profiling without amplification or complexity reduction.

Agilents SurePrint G3 and HD CGH microarrays are the most comprehensive whole genome mouse arrays, featuring high density coverage of coding and non-coding regions with emphasis on known genes. Probe design and selection have been carefully optimized and validated for maximal sensitivity and specificity.  SurePrint G3 probes annotated against NCBI Build 37 (UCSC mm9, July 2007  SurePrint HD probes annotated against NCBI Bu…

The Agilent Human Genome CGH Microarray is a high-resolution tool for genome-wide DNA copy number variation profiling without amplification or complexity reduction. Comprehensive probe coverage is enhanced with emphasis on known genes, promoters, miRNAs, pseudoautosomal, and telomeric regions.  Coding and non-coding human sequences represented  Probes annotated against NCBI Build 37 (UCSC hg19, February 2009)  Probes on t…

The Agilent SurePrint G3 Human CGH Microarray 4x180K model is a dual-color array containing 60-mer high quality probes. The chromosomal microarray is an effective tool for genome-wide DNA copy number variation profiling without amplification or complexity reduction.

The Agilent SurePrint G3 Human CGH Microarray 8x60K model is a dual-color array containing 60-mer high quality probes. The chromosomal microarray is an effective tool for genome-wide DNA copy number variation profiling without amplification or complexity reduction.