Protein Arrays increase efficiencies in quantity:

They recognize thousands of protein expressions in one sample.

Available Samples: Cells, Stem Cells, Culture Medium, Serum, Plasma, etc.

Antibody Arrays identify proteins in small samples with high sensitivity.
We can examine up to 8,000 protein expressions at once.

Antibodies allow you to quickly and accurately identify up to hundreds of Cytokines, Chemokines, and Growth Factors.

We quickly and accurately identify up to hundreds of Cytokines, Chemokines, and Growth factors using antibody arrays.

Research Application Areas

  • Comparison of multiple protein expression patterns between patient group and normal group
  • Quantitative analysis of protein expression levels between an experimental group and control group
  • Comparison of expression patterns according to sample processing volume and the comparison of its before and after processing
  • Investigation on disease-specific protein biomarkers

Observable Characteristics from Research

  • Examination of multiple protein expressions using a very small amount of sample (serum standard: 10ul)
  • Compatibility with various sample types: Cell lysates, Tissue lysates, Culture supernatants, Serum/Plasma, etc.

Compared to ELISA, Antibody Chips have

  • Higher manifestation of various types of protein expressions: Antibody chips screen various protein expressions using fewer samples than ELISA.
  • Higher efficiency in conducting experiments: Antibody chips can save about hundreds of experiments to just one experiment.
  • Higher sensitivity in the protein: Antibody chips are 10 times more sensitive in protein than ELISA.

Research Service Implementation Process

STEP 1.

Study Design & NDA Writing

  • Research Consultation and Academic Consultation
  • Maintaining Confidentiality / Material Transfer Agreement
  • Setting Up the Entire Experiment Schedule

STEP 2. Microarray

Preparation &

Sample Pretreatment

  • Calculating Antigen Specific Peptides
  • Synthesizing Each Peptide after Confirmation
  • Producing Peptides Microarray

STEP 3.

Main Experiment & Analysis

  • Sending and Receiving Samples
  • Preprocessing Samples and Checking Conditions
  • Performing Go Epitope Mapping

STEP 4.

Writing & Sending Report

  • Confirming the Experiment Results and Data Mining
  • Writing a Comprehensive Research Report
  • Sending the Research Reports and the Raw Data

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please contact us right now.

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