Clinical diagnostics encompasses the detection, diagnosis, and monitoring of diseases and health conditions in patients. Utilizing advanced lab techniques and medical technologies, clinical scientists and healthcare professionals analyze samples such as blood, urine, and tissue to identify biomarkers, pathogens, and other indicators of illness. From point of care testing (POCT) to precision medicine approaches, clinical diagnostics plays a crucial role in early intervention, treatment planning, and disease management. Explore how this field empowers clinicians to deliver accurate diagnoses and improve patient outcomes.
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…
Agilent™s SurePrint G3 and HD CGH microarrays are the most comprehensive whole genome rat 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 and HD probes annotated against UCSC rn4 (Baylor HGSC Build 3.4) November 2004Format-dependent probe spacing 0.5…
Agilent™s SurePrint G3 and HD CGH microarrays are the most comprehensive whole genome rat 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 and HD probes annotated against UCSC rn4 (Baylor HGSC Build 3.4) November 2004Format-dependent probe spacing 0.5…
The Agilent Model Organism Genome CGH Microarray brings optimal clarity to comparative genomic hybridization by enabling researchers to perform ultra high resolution, genome-wide DNA variation profiling without amplification or complexity reduction. Coding and non-coding sequences represented Format-dependent overall median probe spacing Probes annotated against indicated sources 0.5g total genomic DNA input require…
SurePrint G3 or High-Definition Custom CGH microarrays allow high-throughput, high-resolution profiling of DNA copy number. Using probes of your choice, design your own custom CGH microarrays with Agilent's eArray online array creation application tool. Design your own custom microarrays at no cost with Agilent's eArray application Current content source databases include human, mouse, and rat - over 24 million predesigne…
SurePrint G3 or High-Definition Custom CGH microarrays allow high-throughput, high-resolution profiling of DNA copy number. Using probes of your choice, design your own custom CGH microarrays with Agilent's eArray online array creation application tool. Design your own custom microarrays at no cost with Agilent's eArray application Current content source databases include human, mouse, and rat - over 24 million predesigne…
SurePrint G3 or High-Definition Custom CGH microarrays allow high-throughput, high-resolution profiling of DNA copy number. Using probes of your choice, design your own custom CGH microarrays with Agilent's eArray online array creation application tool. Design your own custom microarrays at no cost with Agilent's eArray application Current content source databases include human, mouse, and rat - over 24 million predesigne…
SurePrint G3 or High-Definition Custom CGH microarrays allow high-throughput, high-resolution profiling of DNA copy number. Using probes of your choice, design your own custom CGH microarrays with Agilent's eArray online array creation application tool. Design your own custom microarrays at no cost with Agilent's eArray application Current content source databases include human, mouse, and rat - over 24 million predesigne…
First generation Pfu polymerases, such as cloned Pfu, PfuTurbo, and PfuUltra, have been improved upon. The improved products, PfuUltra II and Herculase II provide all the benefits of the first generation enzymes plus additional features such as speed to results and larger amplicons. Cloned Pfu DNA Polymerases First generation PfuUltra DNA Polymerases PfuTurbo DNA Polymerases
First generation Pfu polymerases, such as cloned Pfu, PfuTurbo, and PfuUltra, have been improved upon. The improved products, PfuUltra II and Herculase II provide all the benefits of the first generation enzymes plus additional features such as speed to results and larger amplicons. Cloned Pfu DNA Polymerases First generation PfuUltra DNA Polymerases PfuTurbo DNA Polymerases
First generation Pfu polymerases, such as cloned Pfu, PfuTurbo, and PfuUltra, have been improved upon. The improved products, PfuUltra II and Herculase II provide all the benefits of the first generation enzymes plus additional features such as speed to results and larger amplicons. Cloned Pfu DNA Polymerases First generation PfuUltra DNA Polymerases PfuTurbo DNA Polymerases
First generation Pfu polymerases, such as cloned Pfu, PfuTurbo, and PfuUltra, have been improved upon. The improved products, PfuUltra II and Herculase II provide all the benefits of the first generation enzymes plus additional features such as speed to results and larger amplicons. Cloned Pfu DNA Polymerases First generation PfuUltra DNA Polymerases PfuTurbo DNA Polymerases
First generation Pfu polymerases, such as cloned Pfu, PfuTurbo, and PfuUltra, have been improved upon. The improved products, PfuUltra II and Herculase II provide all the benefits of the first generation enzymes plus additional features such as speed to results and larger amplicons. Cloned Pfu DNA Polymerases First generation PfuUltra DNA Polymerases PfuTurbo DNA Polymerases
First generation Pfu polymerases, such as cloned Pfu, PfuTurbo, and PfuUltra, have been improved upon. The improved products, PfuUltra II and Herculase II provide all the benefits of the first generation enzymes plus additional features such as speed to results and larger amplicons. Cloned Pfu DNA Polymerases First generation PfuUltra DNA Polymerases PfuTurbo DNA Polymerases
Agilent’s range of Pfu DNA Polymerases and Master Mixes includes Pfu DNA Polymerase a proofreading DNA polymerase isolated from pyrococcus furiosus. Suitable for many techniques the high fidelity PCR system and master mix is also available in a cloned version and with a reformulated buffer system for increased economy.
First generation Pfu polymerases, such as cloned Pfu, PfuTurbo, and PfuUltra, have been improved upon. The improved products, PfuUltra II and Herculase II provide all the benefits of the first generation enzymes plus additional features such as speed to results and larger amplicons. Cloned Pfu DNA Polymerases First generation PfuUltra DNA Polymerases PfuTurbo DNA Polymerases
First generation Pfu polymerases, such as cloned Pfu, PfuTurbo, and PfuUltra, have been improved upon. The improved products, PfuUltra II and Herculase II provide all the benefits of the first generation enzymes plus additional features such as speed to results and larger amplicons. Cloned Pfu DNA Polymerases First generation PfuUltra DNA Polymerases PfuTurbo DNA Polymerases
First generation Pfu polymerases, such as cloned Pfu, PfuTurbo, and PfuUltra, have been improved upon. The improved products, PfuUltra II and Herculase II provide all the benefits of the first generation enzymes plus additional features such as speed to results and larger amplicons. Cloned Pfu DNA Polymerases First generation PfuUltra DNA Polymerases PfuTurbo DNA Polymerases
First generation Pfu polymerases, such as cloned Pfu, PfuTurbo, and PfuUltra, have been improved upon. The improved products, PfuUltra II and Herculase II provide all the benefits of the first generation enzymes plus additional features such as speed to results and larger amplicons. Cloned Pfu DNA Polymerases First generation PfuUltra DNA Polymerases PfuTurbo DNA Polymerases
First generation Pfu polymerases, such as cloned Pfu, PfuTurbo, and PfuUltra, have been improved upon. The improved products, PfuUltra II and Herculase II provide all the benefits of the first generation enzymes plus additional features such as speed to results and larger amplicons. Cloned Pfu DNA Polymerases First generation PfuUltra DNA Polymerases PfuTurbo DNA Polymerases
First generation Pfu polymerases, such as cloned Pfu, PfuTurbo, and PfuUltra, have been improved upon. The improved products, PfuUltra II and Herculase II provide all the benefits of the first generation enzymes plus additional features such as speed to results and larger amplicons. Cloned Pfu DNA Polymerases First generation PfuUltra DNA Polymerases PfuTurbo DNA Polymerases
First generation Pfu polymerases, such as cloned Pfu, PfuTurbo, and PfuUltra, have been improved upon. The improved products, PfuUltra II and Herculase II provide all the benefits of the first generation enzymes plus additional features such as speed to results and larger amplicons. Cloned Pfu DNA Polymerases First generation PfuUltra DNA Polymerases PfuTurbo DNA Polymerases
Herculase II Fusion DNA Polymerases produce superior yields with extension times as short as 15 sec/kb, even with genomic DNA targets up to 23kb. Herculase II helps overcome PCR challenges with successful amplification of targets of all complexity. Easily amplify low abundance, high GC, and other difficult targets with robust yields.
Pfu DNA ligase is a recombinant enzyme derived from pyrococcus furiosus hyperthermophilic marine archaebacterium. The recombinant DNA Ligase has a higher ligation specificity and lower background than Tth DNA ligase.
First generation Pfu polymerases, such as cloned Pfu, PfuTurbo, and PfuUltra, have been improved upon. The improved products, PfuUltra II and Herculase II provide all the benefits of the first generation enzymes plus additional features such as speed to results and larger amplicons. Cloned Pfu DNA Polymerases First generation PfuUltra DNA Polymerases PfuTurbo DNA Polymerases
