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428 Oakmead Parkway SUNNYVALE, California, 94085 United StatesUnlocking Maximum Value from Every Tissue Slide We preserve the connection between what the pathologist sees and what's measured at the molecular level. QuantumCyte offers precision tissue extraction services using QCPRECISE™, our automated tissue enrichment platform designed to help researchers extract higher-value molecular information from limited tissue samples. The platform combines digital pathology, AI-assisted tissue annotation, and precision inkjet masking to selectively isolate regions of interest from FFPE tissue slides. QCPRECISE supports complex and irregular tissue regions at approximately 50 µm resolution and enables recovery of enriched DNA, RNA, and protein for downstream molecular analysis. Researchers can access QCPRECISE either through QuantumCyte’s precision tissue extraction service or by deploying the QCPRECISE system directly in their own laboratory. The platform is designed for translational research, biomarker discovery, and molecular testing workflows where accurate and reproducible isolation of specific tissue regions is critical. QCPRECISE provides a scalable alternative to manual macrodissection and laser capture microdissection and supports downstream applications including NGS, RNA sequencing, qPCR, and proteomics.
48383 Femont Blvd Fremont, CA, 94538-6591 United StatesUnlocking Maximum Value from Every Tissue Slide We preserve the connection between what the pathologist sees and what's measured at the molecular level. QuantumCyte offers precision tissue extraction services using QCPRECISE™, our automated tissue enrichment platform designed to help researchers extract higher-value molecular information from limited tissue samples. The platform combines digital pathology, AI-assisted tissue annotation, and precision inkjet masking to selectively isolate regions of interest from FFPE tissue slides. QCPRECISE supports complex and irregular tissue regions at approximately 50 µm resolution and enables recovery of enriched DNA, RNA, and protein for downstream molecular analysis. Researchers can access QCPRECISE either through QuantumCyte’s precision tissue extraction service or by deploying the QCPRECISE system directly in their own laboratory. The platform is designed for translational research, biomarker discovery, and molecular testing workflows where accurate and reproducible isolation of specific tissue regions is critical. QCPRECISE provides a scalable alternative to manual macrodissection and laser capture microdissection and supports downstream applications including NGS, RNA sequencing, qPCR, and proteomics.
48383 Fremont Blvd Fremont, CA, 94538 6591 United StatesUnlocking Maximum Value from Every Tissue Slide We preserve the connection between what the pathologist sees and what's measured at the molecular level. QuantumCyte offers precision tissue extraction services using QCPRECISE™, our automated tissue enrichment platform designed to help researchers extract higher-value molecular information from limited tissue samples. The platform combines digital pathology, AI-assisted tissue annotation, and precision inkjet masking to selectively isolate regions of interest from FFPE tissue slides. QCPRECISE supports complex and irregular tissue regions at approximately 50 µm resolution and enables recovery of enriched DNA, RNA, and protein for downstream molecular analysis. Researchers can access QCPRECISE either through QuantumCyte’s precision tissue extraction service or by deploying the QCPRECISE system directly in their own laboratory. The platform is designed for translational research, biomarker discovery, and molecular testing workflows where accurate and reproducible isolation of specific tissue regions is critical. QCPRECISE provides a scalable alternative to manual macrodissection and laser capture microdissection and supports downstream applications including NGS, RNA sequencing, qPCR, and proteomics.
48383 Fremont Blvd 120 Fremont, CA, 94538 6591 United StatesUnlocking Maximum Value from Every Tissue Slide We preserve the connection between what the pathologist sees and what's measured at the molecular level. QuantumCyte offers precision tissue extraction services using QCPRECISE™, our automated tissue enrichment platform designed to help researchers extract higher-value molecular information from limited tissue samples. The platform combines digital pathology, AI-assisted tissue annotation, and precision inkjet masking to selectively isolate regions of interest from FFPE tissue slides. QCPRECISE supports complex and irregular tissue regions at approximately 50 µm resolution and enables recovery of enriched DNA, RNA, and protein for downstream molecular analysis. Researchers can access QCPRECISE either through QuantumCyte’s precision tissue extraction service or by deploying the QCPRECISE system directly in their own laboratory. The platform is designed for translational research, biomarker discovery, and molecular testing workflows where accurate and reproducible isolation of specific tissue regions is critical. QCPRECISE provides a scalable alternative to manual macrodissection and laser capture microdissection and supports downstream applications including NGS, RNA sequencing, qPCR, and proteomics.
428 Oakmead Parkway SUNNYVALE, CA, 94085 United StatesUnlocking Maximum Value from Every Tissue Slide We preserve the connection between what the pathologist sees and what's measured at the molecular level. QuantumCyte offers precision tissue extraction services using QCPRECISE™, our automated tissue enrichment platform designed to help researchers extract higher-value molecular information from limited tissue samples. The platform combines digital pathology, AI-assisted tissue annotation, and precision inkjet masking to selectively isolate regions of interest from FFPE tissue slides. QCPRECISE supports complex and irregular tissue regions at approximately 50 µm resolution and enables recovery of enriched DNA, RNA, and protein for downstream molecular analysis. Researchers can access QCPRECISE either through QuantumCyte’s precision tissue extraction service or by deploying the QCPRECISE system directly in their own laboratory. The platform is designed for translational research, biomarker discovery, and molecular testing workflows where accurate and reproducible isolation of specific tissue regions is critical. QCPRECISE provides a scalable alternative to manual macrodissection and laser capture microdissection and supports downstream applications including NGS, RNA sequencing, qPCR, and proteomics.
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The Contract Research Map is owned and maintained by Scientist.com. It was created to help researchers in the life sciences identify and connect with contract research organizations (CROs) based on geography. Updated nightly, this map features all of the available CROs within our network, so you can order services with a few clicks. Click on a specific country, scroll on the map itself or type into the search bar at the top—there are many ways to find the location and suppliers that you’re looking for. From Argentina to New Zealand, use this map to connect with a CRO near you.
We believe that every researcher across the world should be able to connect with the thousands of global CROs that exist and have the opportunity to work together. Like many industries,the life science supply chain has been disrupted over the last year. But there are many other circumstances such as international customs regulations or sensitive shipping times that create limitations around which countries are feasible to partner with. Sometimes, finding a CRO based in a country that best suits your research needs is imperative. We hope this contract research map allows you to find the right partner in the right place at the right time.
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