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Biomarkers and Bioanalytics
Biomarkers and Bioanalytics
Overview: Biomarkers and Bioanalytics
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Determination of the thermal stability (Tm) of proteins using nanoDSF
DigiWest® - Protein Profiling
Biomarker and Assay Development
Marker Independent Microscopy
Antibody Internalization
Epitope Mapping
Peptide Mapping
Developability Assessment
Integrity and Identity Studies
Sequence Variant Analysis
Disulfide Analysis
Testing of Viral Systems for Gene Therapy
Research & Development
Biomarker
DigiWest®
Multi-Pathogenic Serology
Online Deglycosylation
In Process Control of ATMPs
Disease Models and Mechanisms
Disease Models and Mechanisms
Overview: Disease Models and Mechanisms
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Organ-on-Chip
Patient-Derived Microtumors
HTS Calcium Imaging
Patch Clamp
Development of Microelectrode Arrays (MEA)
Research & Development
Patient-Derived Microtumors
Organ-on-Chip
Nondestructive Imaging of Dynamic Cellular Processes
Microelectrode Arrays (MEAs)
Preclinical Stem Cell Models (CNS)
Mechanisms of CNS Diseases
Mesh MEAs for Organoids
Material Development and Functionalization
Material Development and Functionalization
Overview: Material Development and Functionalization
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Physicochemical Analysis
Biological Evaluation
Accredited Testing Services
Degradation and Remodeling of Implant Materials
Foam-Analysis
Solid State Nanopores
Research & Development
Active Ingredient Depot
Energy Storage of the Next Generations
Collagen-Based Biomaterials
Research on low-dimensional materials
Gas Adsorption on Nano-Carbons
Solid State Nanopores
Research on 2D Materials
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Surface Functionalization
3D-Bioprinting
Electrospinning
Microsystems Engineering
Microsystems Engineering
Overview: Microsystems Engineering
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Parylene coating
Microfabrication
Development of Microelectrode Arrays (MEA)
Organ-on-Chip
Bioelectronic Implants
Microfluidics
Research & Development
Organ-on-Chip
Microelectrode Arrays (MEAs)
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Safety / Tox
Overview: Safety / Tox
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Neurotox Assays
Organ-on-Chip
Cardiac Ion Channel Testing Service
Material Characterization
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Neurotox Assays
Organ-on-Chip
Target Research
Target Research
Overview: Target Research
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Organ-on-Chip
Patient-Derived Microtumors
DigiWest® - Protein Profiling
Xenopus Oocytes
Drug Target Gene Expression
MEA Derivatives
Material and Surface Analysis
Material and Surface Analysis
Overview: Material and Surface Analysis
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Analytical Microscopy
Nanoanalytics on Materials
Tribology
Damage Diagnostics for Material Fatigue
Physicochemical Analyses
Analysis of Energy and Battery Materials
Analyses Based on DIN EN ISO 10993-18
Research & Development
Research on low-dimensional materials
Tribology
Energy Storage of the Next Generations
Functionalized Nano-Carbon Structures
Cleanliness Standards
Disinfection and Passivation
Innovative Cleaning Methods
Welding of Mixed Joints
Bonding Nitinol
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Displaying results 401 to 410 of 474.

NeuroTool

Disorders of the nervous system caused by drugs, environmental toxins, or pathophysiological processes can have far-reaching consequences, ranging from problems with signal transduction to loss of str

Microfluidic Systems

Microfluidic Systems Dr. Peter D. Jones Group Leader Biomedical Micro and Nano Engineering +49 7121 51530-800 E-Mail anzeigen Microfluidic systems use tiny channels, reservoirs, valves, and sensors to

Energy Storage of the Next Generations

Energy storage and carrier materials of the next generations Dr. Tarek Lutz Group Leader Center for Nanoanalytics +49 7121 51530-900 E-Mail anzeigen Prof. Dr. Jannik C. Meyer Bridge Professor Center f

VIDA

The clinical phases of drug development are characterized by high failure rates of newly developed compounds and associated high costs. This can be remedied by new methods for the design of new active

IDOL

Non-small cell lung cancer (NSCLC), the most common form of lung cancer at approximately 85%, shows a high tendency to develop resistance to chemotherapeutic agents, resulting in the absence of desire

disease models; disease mechanisms; diagnostics; treatsments; pathology; neurobiology; tumorbiology; drug testing

Disease Models and Mechanisms Non-infectious diseases and their specific pathologies are triggered by defects in molecular and/or cellular processes. Understanding the disease etiology is fundamental

Mechanisms of CNS Diseases

Mechanisms of CNS Diseases Dr. Frank Weise Group Leader Cellular & Molecular Biology +49 7121 51530-56 E-Mail anzeigen Deciphering disease mechanisms and drug development for the central nervous syste

DigiWest®

DigiWest® - High Content Protein Profiling Dr. Markus Templin Group Leader Cellular & Molecular Biology +49 7121 51530-828 E-Mail anzeigen DigiWest® is an advanced multiplex protein profiling service

Patch Clamp

Patch Clamp Dr. Timm Danker Group Leader Electrophysiology +49 7121 51530-896 E-Mail anzeigen Manual and automated patch-clamp, the gold standard in electrophysiology Your advantage is our expertise i

21.03.2025

NMI and AI? Simon Straß at the Mosbacher Kolloquium

NMI scientist Simon Straß is currently at the 76th Mosbach Colloquium, which this year is entitled “AI-driven (r)evolution in structural biology & protein design”. NMI scientist Simon Straß is current

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NMI Natural and Medical Sciences Institute
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