Learn about the amylin peptide family, their role in human physiology, receptor interactions, and why they are key targets in metabolic and neurological disease research.
Learn about the amylin peptide family, their role in human physiology, receptor interactions, and why they are key targets in metabolic and neurological disease research.
The Science of Happiness: How Serotonin and Dopamine Receptors Shape Your Mood
Discover how serotonin receptors and dopamine receptors work together to create happiness. Learn the latest research on brain chemistry and natural ways to optimize your mood regulators.
The Science of Happiness: How Serotonin and Dopamine Receptors Shape Your Mood
Discover how serotonin receptors and dopamine receptors work together to create happiness. Learn the latest research on brain chemistry and natural ways to optimize your mood regulators.
Exploring HEK293T, CHO-K1, and Other Parental Cell Lines
Explore the role of parental cell lines including HEK293T, CHO-K1, Daudi, Hela, and more. View information about specific cell line variants.
Exploring HEK293T, CHO-K1, and Other Parental Cell Lines
Explore the role of parental cell lines including HEK293T, CHO-K1, Daudi, Hela, and more. View information about specific cell line variants.
The Role of Cyclic AMP in Cellular Signaling for Drug Discovery Research
Dive into the essential role of cyclic AMP in cellular signaling and its impact on drug discovery research. Understand how this key messenger influences biological processes and therapeutic development, offering valuable insights for researchers in the field.
The Role of Cyclic AMP in Cellular Signaling for Drug Discovery Research
Dive into the essential role of cyclic AMP in cellular signaling and its impact on drug discovery research. Understand how this key messenger influences biological processes and therapeutic development, offering valuable insights for researchers in the field.
MULTISCREENᵀᴹ GTPγS Functional Assays
GTPγS assay is an integral part of the MULTISCREENᵀᴹ GPCR assay platform, utilizing high-quality HTS-ready membrane and cell lines to provide answers to questions.
MULTISCREENᵀᴹ GTPγS Functional Assays
GTPγS assay is an integral part of the MULTISCREENᵀᴹ GPCR assay platform, utilizing high-quality HTS-ready membrane and cell lines to provide answers to questions.
G Protein-Coupled Receptor Internalization Using Live Cell Flow Cytometry
MULTISCREENᵀᴹ Receptor Internalization Assay permits high throughput screening of GPCR receptor activity, independent of downstream signaling. It allows screening regardless of ligand or key signaling modalities maybe unknown. It also provides insights into receptor pharmacology to help triage drug lead candidates.
G Protein-Coupled Receptor Internalization Using Live Cell Flow Cytometry
MULTISCREENᵀᴹ Receptor Internalization Assay permits high throughput screening of GPCR receptor activity, independent of downstream signaling. It allows screening regardless of ligand or key signaling modalities maybe unknown. It also provides insights into receptor pharmacology to help triage drug lead candidates.
Accelerate Therapeutic Development of Genetic Diseases From SNP Functional Analysis to Drug Candidate
Multispan brings its expertise in cell-based assay development to the functional analysis and validation of targets for precision medicine. We discuss applications in rare disease and pharmacogenomics of key target classes
Accelerate Therapeutic Development of Genetic Diseases From SNP Functional Analysis to Drug Candidate
Multispan brings its expertise in cell-based assay development to the functional analysis and validation of targets for precision medicine. We discuss applications in rare disease and pharmacogenomics of key target classes
Developing and Screening Antibodies Against GPCRs
In this paper, we discuss the characteristics of GPCRs that make it so difficult to develop effective anti-GPCR antibodies. We then discuss Multispan’s customized MULTISCREENᵀᴹ GPCR FACS binding and functional assays for antibody profiling.
Developing and Screening Antibodies Against GPCRs
In this paper, we discuss the characteristics of GPCRs that make it so difficult to develop effective anti-GPCR antibodies. We then discuss Multispan’s customized MULTISCREENᵀᴹ GPCR FACS binding and functional assays for antibody profiling.
Using Multispan’s Human and Model Species GPCR Ortholog Panel to Guide Lead Compound Development
Multispan’s panel of GPCR orthologs can enable critical assessment of species-specific variations in target binding activity and modulation of GPCR signaling that could impact in vivo efficacy in small and large animal models.
Using Multispan’s Human and Model Species GPCR Ortholog Panel to Guide Lead Compound Development
Multispan’s panel of GPCR orthologs can enable critical assessment of species-specific variations in target binding activity and modulation of GPCR signaling that could impact in vivo efficacy in small and large animal models.
MULTISCREENᵀᴹ 235-GPCR Cell-Based Assay Panel
How Multispan’s MULTISCREENᵀᴹ GPCR panel can provide important insights during the development of new compounds and in repurposing existing therapies.
MULTISCREENᵀᴹ 235-GPCR Cell-Based Assay Panel
How Multispan’s MULTISCREENᵀᴹ GPCR panel can provide important insights during the development of new compounds and in repurposing existing therapies.
GPCR Mutants
How mutagenesis enables understanding structure/function relationships of GPCRs. Read full article.
GPCR Mutants
How mutagenesis enables understanding structure/function relationships of GPCRs. Read full article.
32-GPCR Safety Functional Assay Panel For Routine Off-Target Compound Profiling
With over 16 years of in vitro safety pharmacology experience, Multispan leads the way in providing researchers with the tools needed... Read full article.
32-GPCR Safety Functional Assay Panel For Routine Off-Target Compound Profiling
With over 16 years of in vitro safety pharmacology experience, Multispan leads the way in providing researchers with the tools needed... Read full article.
Assay Orphan GPCRs in High Throughput With MULTISCREENᵀᴹ B-Arrestin Sensor Technology
Assay Orphan GPCRs in High Throughput with MULTISCREENᵀᴹ Beta-Arrestin Sensor Technology. Read and download full article.
Assay Orphan GPCRs in High Throughput With MULTISCREENᵀᴹ B-Arrestin Sensor Technology
Assay Orphan GPCRs in High Throughput with MULTISCREENᵀᴹ Beta-Arrestin Sensor Technology. Read and download full article.
Hit-to-Lead and Lead Optimization In Vitro Pharmacology Support
Hit-to-Lead and Lead Optimization In Vitro Pharmacology Support. Saving time, energy and cost from target-to-IND. Read and download full article.
Hit-to-Lead and Lead Optimization In Vitro Pharmacology Support
Hit-to-Lead and Lead Optimization In Vitro Pharmacology Support. Saving time, energy and cost from target-to-IND. Read and download full article.
Unraveling CXCR7 Signaling and Therapeutic Potentials
2020 was a banner year for CXCR7. Two research studies and several great review articles were published that delve into the biased nature of CXCR7 signaling, its role in cancer, and the development of CXCR7-selective inhibitors.
Unraveling CXCR7 Signaling and Therapeutic Potentials
2020 was a banner year for CXCR7. Two research studies and several great review articles were published that delve into the biased nature of CXCR7 signaling, its role in cancer, and the development of CXCR7-selective inhibitors.
CRISPR Breaks Into GPCR Research Again Delineating the Role of GRK2/3 in Opioid Receptor Internalization
CRISPR Breaks into GPCR Research Again Delineating the Role of GRK2/3 in Opioid Receptor Internalization. Read full scientific insight. View all scientific insights.
CRISPR Breaks Into GPCR Research Again Delineating the Role of GRK2/3 in Opioid Receptor Internalization
CRISPR Breaks into GPCR Research Again Delineating the Role of GRK2/3 in Opioid Receptor Internalization. Read full scientific insight. View all scientific insights.
Meeting the Need for Accelerated COVID Antiviral and Vaccine Development
The foundational role of relevant, robust cell-based assays in covid antiviral and vaccine development.
Meeting the Need for Accelerated COVID Antiviral and Vaccine Development
The foundational role of relevant, robust cell-based assays in covid antiviral and vaccine development.
Don’t Let GPCR Tagging Bias Your Results
Harness the power of freeing your GPCR from unwanted tags using Multispan’s proprietary MULTISCREEN™ β-Arrestin sensor technology.
Don’t Let GPCR Tagging Bias Your Results
Harness the power of freeing your GPCR from unwanted tags using Multispan’s proprietary MULTISCREEN™ β-Arrestin sensor technology.
High Throughput Screening Done Right
The Power of Integrating Screening and Assay Development.
High Throughput Screening Done Right
The Power of Integrating Screening and Assay Development.
GPCR Membrane Ligand Binding Assay Development the Critical Role of Cell Membranes
Explore the many types of ligand binding assays using GPCR membranes and the importance of high-quality membranes for assay development.
GPCR Membrane Ligand Binding Assay Development the Critical Role of Cell Membranes
Explore the many types of ligand binding assays using GPCR membranes and the importance of high-quality membranes for assay development.
CRISPR: a New Break in the Pipeline
CRISPR cell engineering solutions have seamless integration into Multispan’s full assay development, screening and profiling services for drug discovery.
CRISPR: a New Break in the Pipeline
CRISPR cell engineering solutions have seamless integration into Multispan’s full assay development, screening and profiling services for drug discovery.
Building Better Drugs
One way to streamline the drug development process? Invest in assay development. This analytical function is key to high-quality drug discovery research. Today, we’re diving into the important role it plays.
Building Better Drugs
One way to streamline the drug development process? Invest in assay development. This analytical function is key to high-quality drug discovery research. Today, we’re diving into the important role it plays.
Targeting Allosteric Modulation and Cell Signaling Bias: Strategies and Tools to Develop a Better GPCR Targeted Therapeutic
Multispan's assay development targeting cell-based signaling bias, allosteric modulation, ligand-receptor binding and GTPgS for drug discovery.
Targeting Allosteric Modulation and Cell Signaling Bias: Strategies and Tools to Develop a Better GPCR Targeted Therapeutic
Multispan's assay development targeting cell-based signaling bias, allosteric modulation, ligand-receptor binding and GTPgS for drug discovery.
MULTISCREEN™ GPCR Division-Arrested Cells
Assay-Ready Cells For Same-Day Plate-and-Read
MULTISCREEN™ GPCR Division-Arrested Cells
Assay-Ready Cells For Same-Day Plate-and-Read
MULTISCREEN™ STABLE CELL LINES
Combining Biologically-Relevant Assays with Cell Engineering For GPCR Targets and Beyond
MULTISCREEN™ STABLE CELL LINES
Combining Biologically-Relevant Assays with Cell Engineering For GPCR Targets and Beyond
Tips for Establishing Successful Cell-Based Assays: Part 1
Explore Multispan's expert tips for establishing successful cell-based assays in the first part of our blog post series.
Tips for Establishing Successful Cell-Based Assays: Part 1
Explore Multispan's expert tips for establishing successful cell-based assays in the first part of our blog post series.
Tips for Establishing Successful Cell-Based Assays: Part 2
Explore Multispan's expert tips for establishing successful cell-based assays in the second part of our blog post series.
Tips for Establishing Successful Cell-Based Assays: Part 2
Explore Multispan's expert tips for establishing successful cell-based assays in the second part of our blog post series.
Tips for Establishing Successful Cell-Based Assays: Part 3
Explore Multispan's expert tips for establishing successful cell-based assays in the third part of our blog post series.
Tips for Establishing Successful Cell-Based Assays: Part 3
Explore Multispan's expert tips for establishing successful cell-based assays in the third part of our blog post series.
The Science of Happiness: How Serotonin and Dopamine Receptors Shape Your Mood
Discover how serotonin receptors and dopamine receptors work together to create happiness. Learn the latest research on brain chemistry and natural ways to optimize your mood regulators.
The Science of Happiness: How Serotonin and Dopamine Receptors Shape Your Mood
Discover how serotonin receptors and dopamine receptors work together to create happiness. Learn the latest research on brain chemistry and natural ways to optimize your mood regulators.
The Role of Cyclic AMP in Cellular Signaling for Drug Discovery Research
Dive into the essential role of cyclic AMP in cellular signaling and its impact on drug discovery research. Understand how this key messenger influences biological processes and therapeutic development, offering valuable insights for researchers in the field.
The Role of Cyclic AMP in Cellular Signaling for Drug Discovery Research
Dive into the essential role of cyclic AMP in cellular signaling and its impact on drug discovery research. Understand how this key messenger influences biological processes and therapeutic development, offering valuable insights for researchers in the field.
MULTISCREENᵀᴹ GTPγS Functional Assays
GTPγS assay is an integral part of the MULTISCREENᵀᴹ GPCR assay platform, utilizing high-quality HTS-ready membrane and cell lines to provide answers to questions.
MULTISCREENᵀᴹ GTPγS Functional Assays
GTPγS assay is an integral part of the MULTISCREENᵀᴹ GPCR assay platform, utilizing high-quality HTS-ready membrane and cell lines to provide answers to questions.
G Protein-Coupled Receptor Internalization Using Live Cell Flow Cytometry
MULTISCREENᵀᴹ Receptor Internalization Assay permits high throughput screening of GPCR receptor activity, independent of downstream signaling. It allows screening regardless of ligand or key signaling modalities maybe unknown. It also provides insights into receptor pharmacology to help triage drug lead candidates.
G Protein-Coupled Receptor Internalization Using Live Cell Flow Cytometry
MULTISCREENᵀᴹ Receptor Internalization Assay permits high throughput screening of GPCR receptor activity, independent of downstream signaling. It allows screening regardless of ligand or key signaling modalities maybe unknown. It also provides insights into receptor pharmacology to help triage drug lead candidates.
Accelerate Therapeutic Development of Genetic Diseases From SNP Functional Analysis to Drug Candidate
Multispan brings its expertise in cell-based assay development to the functional analysis and validation of targets for precision medicine. We discuss applications in rare disease and pharmacogenomics of key target classes
Accelerate Therapeutic Development of Genetic Diseases From SNP Functional Analysis to Drug Candidate
Multispan brings its expertise in cell-based assay development to the functional analysis and validation of targets for precision medicine. We discuss applications in rare disease and pharmacogenomics of key target classes
GPCR Mutants
How mutagenesis enables understanding structure/function relationships of GPCRs. Read full article.
GPCR Mutants
How mutagenesis enables understanding structure/function relationships of GPCRs. Read full article.
Unraveling CXCR7 Signaling and Therapeutic Potentials
2020 was a banner year for CXCR7. Two research studies and several great review articles were published that delve into the biased nature of CXCR7 signaling, its role in cancer, and the development of CXCR7-selective inhibitors.
Unraveling CXCR7 Signaling and Therapeutic Potentials
2020 was a banner year for CXCR7. Two research studies and several great review articles were published that delve into the biased nature of CXCR7 signaling, its role in cancer, and the development of CXCR7-selective inhibitors.
CRISPR Breaks Into GPCR Research Again Delineating the Role of GRK2/3 in Opioid Receptor Internalization
CRISPR Breaks into GPCR Research Again Delineating the Role of GRK2/3 in Opioid Receptor Internalization. Read full scientific insight. View all scientific insights.
CRISPR Breaks Into GPCR Research Again Delineating the Role of GRK2/3 in Opioid Receptor Internalization
CRISPR Breaks into GPCR Research Again Delineating the Role of GRK2/3 in Opioid Receptor Internalization. Read full scientific insight. View all scientific insights.
Don’t Let GPCR Tagging Bias Your Results
Harness the power of freeing your GPCR from unwanted tags using Multispan’s proprietary MULTISCREEN™ β-Arrestin sensor technology.
Don’t Let GPCR Tagging Bias Your Results
Harness the power of freeing your GPCR from unwanted tags using Multispan’s proprietary MULTISCREEN™ β-Arrestin sensor technology.
Targeting Allosteric Modulation and Cell Signaling Bias: Strategies and Tools to Develop a Better GPCR Targeted Therapeutic
Multispan's assay development targeting cell-based signaling bias, allosteric modulation, ligand-receptor binding and GTPgS for drug discovery.
Targeting Allosteric Modulation and Cell Signaling Bias: Strategies and Tools to Develop a Better GPCR Targeted Therapeutic
Multispan's assay development targeting cell-based signaling bias, allosteric modulation, ligand-receptor binding and GTPgS for drug discovery.
Developing and Screening Antibodies Against GPCRs
In this paper, we discuss the characteristics of GPCRs that make it so difficult to develop effective anti-GPCR antibodies. We then discuss Multispan’s customized MULTISCREENᵀᴹ GPCR FACS binding and functional assays for antibody profiling.
Developing and Screening Antibodies Against GPCRs
In this paper, we discuss the characteristics of GPCRs that make it so difficult to develop effective anti-GPCR antibodies. We then discuss Multispan’s customized MULTISCREENᵀᴹ GPCR FACS binding and functional assays for antibody profiling.
Using Multispan’s Human and Model Species GPCR Ortholog Panel to Guide Lead Compound Development
Multispan’s panel of GPCR orthologs can enable critical assessment of species-specific variations in target binding activity and modulation of GPCR signaling that could impact in vivo efficacy in small and large animal models.
Using Multispan’s Human and Model Species GPCR Ortholog Panel to Guide Lead Compound Development
Multispan’s panel of GPCR orthologs can enable critical assessment of species-specific variations in target binding activity and modulation of GPCR signaling that could impact in vivo efficacy in small and large animal models.
MULTISCREENᵀᴹ 235-GPCR Cell-Based Assay Panel
How Multispan’s MULTISCREENᵀᴹ GPCR panel can provide important insights during the development of new compounds and in repurposing existing therapies.
MULTISCREENᵀᴹ 235-GPCR Cell-Based Assay Panel
How Multispan’s MULTISCREENᵀᴹ GPCR panel can provide important insights during the development of new compounds and in repurposing existing therapies.
32-GPCR Safety Functional Assay Panel For Routine Off-Target Compound Profiling
With over 16 years of in vitro safety pharmacology experience, Multispan leads the way in providing researchers with the tools needed... Read full article.
32-GPCR Safety Functional Assay Panel For Routine Off-Target Compound Profiling
With over 16 years of in vitro safety pharmacology experience, Multispan leads the way in providing researchers with the tools needed... Read full article.
Assay Orphan GPCRs in High Throughput With MULTISCREENᵀᴹ B-Arrestin Sensor Technology
Assay Orphan GPCRs in High Throughput with MULTISCREENᵀᴹ Beta-Arrestin Sensor Technology. Read and download full article.
Assay Orphan GPCRs in High Throughput With MULTISCREENᵀᴹ B-Arrestin Sensor Technology
Assay Orphan GPCRs in High Throughput with MULTISCREENᵀᴹ Beta-Arrestin Sensor Technology. Read and download full article.
Hit-to-Lead and Lead Optimization In Vitro Pharmacology Support
Hit-to-Lead and Lead Optimization In Vitro Pharmacology Support. Saving time, energy and cost from target-to-IND. Read and download full article.
Hit-to-Lead and Lead Optimization In Vitro Pharmacology Support
Hit-to-Lead and Lead Optimization In Vitro Pharmacology Support. Saving time, energy and cost from target-to-IND. Read and download full article.
High Throughput Screening Done Right
The Power of Integrating Screening and Assay Development.
High Throughput Screening Done Right
The Power of Integrating Screening and Assay Development.
Building Better Drugs
One way to streamline the drug development process? Invest in assay development. This analytical function is key to high-quality drug discovery research. Today, we’re diving into the important role it plays.
Building Better Drugs
One way to streamline the drug development process? Invest in assay development. This analytical function is key to high-quality drug discovery research. Today, we’re diving into the important role it plays.
MULTISCREENᵀᴹ GTPγS Functional Assays
GTPγS assay is an integral part of the MULTISCREENᵀᴹ GPCR assay platform, utilizing high-quality HTS-ready membrane and cell lines to provide answers to questions.
MULTISCREENᵀᴹ GTPγS Functional Assays
GTPγS assay is an integral part of the MULTISCREENᵀᴹ GPCR assay platform, utilizing high-quality HTS-ready membrane and cell lines to provide answers to questions.
G Protein-Coupled Receptor Internalization Using Live Cell Flow Cytometry
MULTISCREENᵀᴹ Receptor Internalization Assay permits high throughput screening of GPCR receptor activity, independent of downstream signaling. It allows screening regardless of ligand or key signaling modalities maybe unknown. It also provides insights into receptor pharmacology to help triage drug lead candidates.
G Protein-Coupled Receptor Internalization Using Live Cell Flow Cytometry
MULTISCREENᵀᴹ Receptor Internalization Assay permits high throughput screening of GPCR receptor activity, independent of downstream signaling. It allows screening regardless of ligand or key signaling modalities maybe unknown. It also provides insights into receptor pharmacology to help triage drug lead candidates.
Using Multispan’s Human and Model Species GPCR Ortholog Panel to Guide Lead Compound Development
Multispan’s panel of GPCR orthologs can enable critical assessment of species-specific variations in target binding activity and modulation of GPCR signaling that could impact in vivo efficacy in small and large animal models.
Using Multispan’s Human and Model Species GPCR Ortholog Panel to Guide Lead Compound Development
Multispan’s panel of GPCR orthologs can enable critical assessment of species-specific variations in target binding activity and modulation of GPCR signaling that could impact in vivo efficacy in small and large animal models.
GPCR Mutants
How mutagenesis enables understanding structure/function relationships of GPCRs. Read full article.
GPCR Mutants
How mutagenesis enables understanding structure/function relationships of GPCRs. Read full article.
Unraveling CXCR7 Signaling and Therapeutic Potentials
2020 was a banner year for CXCR7. Two research studies and several great review articles were published that delve into the biased nature of CXCR7 signaling, its role in cancer, and the development of CXCR7-selective inhibitors.
Unraveling CXCR7 Signaling and Therapeutic Potentials
2020 was a banner year for CXCR7. Two research studies and several great review articles were published that delve into the biased nature of CXCR7 signaling, its role in cancer, and the development of CXCR7-selective inhibitors.
CRISPR Breaks Into GPCR Research Again Delineating the Role of GRK2/3 in Opioid Receptor Internalization
CRISPR Breaks into GPCR Research Again Delineating the Role of GRK2/3 in Opioid Receptor Internalization. Read full scientific insight. View all scientific insights.
CRISPR Breaks Into GPCR Research Again Delineating the Role of GRK2/3 in Opioid Receptor Internalization
CRISPR Breaks into GPCR Research Again Delineating the Role of GRK2/3 in Opioid Receptor Internalization. Read full scientific insight. View all scientific insights.
Meeting the Need for Accelerated COVID Antiviral and Vaccine Development
The foundational role of relevant, robust cell-based assays in covid antiviral and vaccine development.
Meeting the Need for Accelerated COVID Antiviral and Vaccine Development
The foundational role of relevant, robust cell-based assays in covid antiviral and vaccine development.
Don’t Let GPCR Tagging Bias Your Results
Harness the power of freeing your GPCR from unwanted tags using Multispan’s proprietary MULTISCREEN™ β-Arrestin sensor technology.
Don’t Let GPCR Tagging Bias Your Results
Harness the power of freeing your GPCR from unwanted tags using Multispan’s proprietary MULTISCREEN™ β-Arrestin sensor technology.
GPCR Membrane Ligand Binding Assay Development the Critical Role of Cell Membranes
Explore the many types of ligand binding assays using GPCR membranes and the importance of high-quality membranes for assay development.
GPCR Membrane Ligand Binding Assay Development the Critical Role of Cell Membranes
Explore the many types of ligand binding assays using GPCR membranes and the importance of high-quality membranes for assay development.
CRISPR: a New Break in the Pipeline
CRISPR cell engineering solutions have seamless integration into Multispan’s full assay development, screening and profiling services for drug discovery.
CRISPR: a New Break in the Pipeline
CRISPR cell engineering solutions have seamless integration into Multispan’s full assay development, screening and profiling services for drug discovery.
Building Better Drugs
One way to streamline the drug development process? Invest in assay development. This analytical function is key to high-quality drug discovery research. Today, we’re diving into the important role it plays.
Building Better Drugs
One way to streamline the drug development process? Invest in assay development. This analytical function is key to high-quality drug discovery research. Today, we’re diving into the important role it plays.
Targeting Allosteric Modulation and Cell Signaling Bias: Strategies and Tools to Develop a Better GPCR Targeted Therapeutic
Multispan's assay development targeting cell-based signaling bias, allosteric modulation, ligand-receptor binding and GTPgS for drug discovery.
Targeting Allosteric Modulation and Cell Signaling Bias: Strategies and Tools to Develop a Better GPCR Targeted Therapeutic
Multispan's assay development targeting cell-based signaling bias, allosteric modulation, ligand-receptor binding and GTPgS for drug discovery.
MULTISCREEN™ GPCR Division-Arrested Cells
Assay-Ready Cells For Same-Day Plate-and-Read
MULTISCREEN™ GPCR Division-Arrested Cells
Assay-Ready Cells For Same-Day Plate-and-Read
MULTISCREEN™ STABLE CELL LINES
Combining Biologically-Relevant Assays with Cell Engineering For GPCR Targets and Beyond
MULTISCREEN™ STABLE CELL LINES
Combining Biologically-Relevant Assays with Cell Engineering For GPCR Targets and Beyond
Tips for Establishing Successful Cell-Based Assays: Part 1
Explore Multispan's expert tips for establishing successful cell-based assays in the first part of our blog post series.
Tips for Establishing Successful Cell-Based Assays: Part 1
Explore Multispan's expert tips for establishing successful cell-based assays in the first part of our blog post series.
Tips for Establishing Successful Cell-Based Assays: Part 2
Explore Multispan's expert tips for establishing successful cell-based assays in the second part of our blog post series.
Tips for Establishing Successful Cell-Based Assays: Part 2
Explore Multispan's expert tips for establishing successful cell-based assays in the second part of our blog post series.
Tips for Establishing Successful Cell-Based Assays: Part 3
Explore Multispan's expert tips for establishing successful cell-based assays in the third part of our blog post series.
Tips for Establishing Successful Cell-Based Assays: Part 3
Explore Multispan's expert tips for establishing successful cell-based assays in the third part of our blog post series.
