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Technical Service

  • Molecular Biology
  • Bioinfomatics
  • Spatial Biology
  • Live&3D Imaging

º Molecular Biology

Gene editing technology-based basic experimental support service
We leverage cutting-edge technologies and specialized expertise to provide services across various research fields, allowing for exploration in diverse topics and domains.
Tailoring our services to meet the specific needs and goals of our clients, we aim to deliver customized solutions that lead to optimal research outcomes.

Why Lambda Molecular Biology Solution?

Cutting-edge Technology and Expertise
We support our clients’ research objectives by leveraging the latest technology and outstanding expertise.
Broad Research Spectrum
Providing services across diverse research areas, enabling clients to conduct research in various topics and fields.
High-Quality Results
Ensuring accuracy and reliability in the results we deliver to boost confidence in research outcomes.
Customized Solutions
Tailoring solutions to meet specific client requirements and goals, ensuring optimal research results.
Unnoticed demands
Our service uniquely addresses unmet needs by precisely identifying and resolving customer demands that may have gone unnoticed in the existing market.
Through this approach, we are creating distinctive value on the service supply front.
Transparency in Research Process
Providing transparent updates on research progress to facilitate smooth communication with participants.

Molecular Biology

Viral Vector Cloning

Molecular biology

Viral Vector Cloning

199€+

iPSC Generation

Molecular biology

iPSC Generation

5146€+

CRISPR-Cas9

Molecular biology

CRISPR-Cas9

10000€+

º Bioinfomatics

Data analysis and computational modeling for drug discovery and personalized medicine
Lambda’s bioinformatics services leverage cutting-edge technologies such as Next-Generation Sequencing (NGS), single-cell RNA sequencing (scRNA-seq), and AI-based protein design to provide deep insights into complex biological data. These advanced tools enable precise gene expression analysis, pathway exploration, and predictive modeling for drug discovery and personalized medicine. We offer tailored solutions to optimize drug development processes, enhance biomarker discovery, and support the design of next-generation therapeutics, ensuring that your research stays at the forefront of innovation.

Bioinfomatics

scRNA Sequence

Bioinfomatics

scRNA Sequence

5395€+

º Spatial Biology

High-resolution spatial transcriptomics and proteomics for tissue analysis
Spatial biology is a research field that seeks to understand the spatial relationship and interactions of various biological components, such as cells, proteins, and genes, within biological samples.
It interprets how these elements are arranged and interacting within tissues.

Why Lambda Spatial Biology Solution?

Comprehensive Range of Spatial Biology Services
We offer all major spatial biology modalities such as CODEX, OPAL, VISIUM, COSMX, and HYPERION.
Innovating Breakthrough Discoveries
Application of advanced analytical techniques as the key to unlocking breakthrough revelations.

Spatial Biology

GeoMx

Spatial Biology

GeoMx

8800€+

Visium

Spatial Biology

Visium

6500€+

OPAL

Spatial Biology

OPAL

600€+

CODEX

Spatial Biology

CODEX

9500€+

The power of multiomics

Revolutionizing our understanding of cellular biology, enabling us to decipher complex biological processes and interaction at once.

Spatial Technology

Your Analysis Partner for Simple Answers

Decoding the Language of Cells
Stresses the company’s ability to transform raw biological samples into valuable scientific insights.
From Sample to Insight: Comprehensive Multiomics Solutions
Highlights the detailed analysis possible with multiomics, revealing intricate biological processes.
Unlocking the Complexity of Life, One Molecule at a Time
Focuses on how combining transcriptomics and proteomics leads to a comprehensive understanding of biological functions.
Bridging Genes to Proteins for Deeper Insights
Stresses the company’s ability to transform raw biological samples into valuable scientific insights.

º Live&3D Imaging

Label-free 3D imaging for studying cell morphology and dynamics
Holotomography (HT) is an advanced imaging technique that uses low-power visible light to illuminate cells from various angles and measures the phase delay of the transmitted light. Unlike CT, HT uses the refractive index (RI) to provide imaging contrast, allowing the visualization of living cells and tissues without the need for labeling or staining. This service is offered in a CRO format, supporting clients’ research by enabling more precise cell imaging.

Advantages of Our Holotomography Services (HT-X1)

High-Resolution 3D Imaging
HT uses an LED illumination module combined with a Digital Micromirror Device (DMD) to provide high-resolution 3D images of cells. By synthesizing images from multiple angles, it overcomes physical resolution limits, allowing real-time observation of detailed cellular and subcellular structures.
Low-Intensity Light Source for Cell Health Maintenance
HT uses low-intensity light sources to provide high-resolution imaging while maintaining cell health. This reduces phototoxicity, making it ideal for long-term observation experiments.
Label-Free Observation of Cellular Dynamics
HT allows the observation of cells without labeling or fixation, minimizing artificial interference and reducing the risk of photobleaching. With a capture speed of 1 frame per second, it enables real-time monitoring of dynamic cellular processes.
Multi-Well Plate Compatibility
HT is designed to accommodate various experimental vessels. It combines high numerical aperture (NA), a long working distance condenser, DMD, and motorized illumination to provide efficient illumination patterns for a range of vessel types, from 35mm dishes to 96-well plates.

Holotomography

Platelet Research

Holotomography

Platelet Research

1000€+

Cell-Cell Interaction

Holotomography

Cell-Cell Interaction

1000€+

Organoid Visualization

Holotomography

Organoid Visualization

1000€+

Cytotoxicity

Holotomography

Cytotoxicity

1000€+

Bacteria Research

Holotomography

Bacteria Research

1000€+

Lipid Quantification

Holotomography

Lipid Quantification

1000€+

Long-Term Timelapse

Holotomography

Long-Term Timelapse

1000€+

Features

Label-free live cell imaging

Holotomography (HT) imaging eliminates the need for labeling or dyeing, therefore minimizing artificial manipulation effects and simplifying sample preparation. This approach allows the observation of samples in their natural state, providing more reliable and relevant information.

High-resolution 3D imaging

HT provides high-content, high-resolution, three-dimensional images, allowing researchers to capture detailed information about cellular structures. This high level of detail is crucial for studying cellular morphology and dynamics.

Long-term timelapse imaging

HT facilitates continuous monitoring of cellular phenomena over extended time frames. This feature is beneficial for studying processes that unfold over hours, days, or even weeks, providing a comprehensive understanding of long-term cellular behavior.

Quantitative analysis

HT allows for quantitative analysis of cellular parameters. It can measure physical quantities such as mean refractive index,dry mass, and concentration, as well as various shape measurements like area, length, volume, and surface area.

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