EN
PL
EN
CS
HU
LV
HR
DE
Your request
0
0
Contact
Contact
Our offices
About us
Partners
Sale
Applications
Events
Knowledge Base
0
Contact
Partners
Sale
Applications
3D cell culture
Addiction
Aging
Alzheimer, dementia
Angiogenesis
Anxiety, depression
Behaviour
Bile sampling
Bioluminescent imaging
Biosensing
Blood and fluid flow, oxygenation
Blood sampling
Breeding, reproduction
Cardiovascular
Cell biology
Cell culture, co-cultivation
Cell culture under flow
Cells, tissues
All
3D cell culture
Angiogenesis
Blood and fluid flow, oxygenation
Cell biology
Cell culture, co-cultivation
Cell culture under flow
Cell therapy
Centrifuges, cell separation
Chemotaxis
Endothelial cell
Immunofluorescence
Isolated tissues and organs
Live cell imaging
Locating and counting cells
Molecular biology
Organoids, spheroids
Pathomorphology
Preparation of cell culture for imaging
Screening and high throughput of cells, HTS screening
Super-resolution microscopy
Transfection
Transgenesis, targeted mutations
Wound healing and migration
Yeast cells
Cell therapy
Centrifuges, cell separation
Chemotaxis
Cleanliness and sterility
Conditioning
COVID-19
Diabetes
Drug development
Electrical mapping systems, Multi-Electrode Arrays MEAs
Electrophysiology
Endothelial cell
Fluorescent imaging
Hypoxia
Imaging of animals
All
Bioluminescent imaging
Electrical mapping systems, Multi-Electrode Arrays MEAs
Fluorescent imaging
Laser, stereovision imaging, photometry
Optogenetics
PET, CT, MRI
USG, ultrasound
X-ray, irradiators
Imaging of plants, seeds
Immunofluorescence
Immunology
Infections
Inflammation
Infusion
Injection
Isolated tissues and organs
Laboratory equipment
Laser, stereovision imaging, photometry
Live cell imaging
Locating and counting cells
Metabolism
Microbiome
Microinjections
Molecular biology
Neuroscience
Nondestructive testing NDT
Obesity, overweight
Oncology, cancer
Operations and animal procedures
Optogenetics
Oral gavage
Organoids, spheroids
Pathomorphology
PET, CT, MRI
Pharma industry
Physiology
Preparation of cell culture for imaging
R&D, Research and development
All
Bile sampling
Blood sampling
Drug development
Infusion
Injection
Oral gavage
Self-administration
Stem cell research
Vaccines
Screening and high throughput of cells, HTS screening
Self-administration
Signals measurement
Stem cell research
Super-resolution microscopy
Toxicology
Transfection
Transgenesis, targeted mutations
USG, ultrasound
Vaccines
Veterinary medicine
Virology
Vivarium
Wound healing and migration
X-ray, irradiators
Yeast cells
Zebrafish research
Events
Knowledge Base
Animalab
Partners
JAX
JAX
Description
Products
Brochures
Webinars
ApoE mouse (JAX™); B6.129P2-Apoetm1Unc/J
Strategie minimalizacji wpływu dryfu genetycznego i maksymalizacji powtarzalności wyników w badaniach prowadzonych z wykorzystaniem myszy
Animal popular models overview and quality flyer EN, CRL, JAX
BALB/c Nude mouse (JAX™), CByJ.Cg-Foxn1nu/J
Charles River, JAX Disease and immunodeficient animal models flyer EN
Immunodeficient Models from Charles River Europe
Poster immunodeficient mouse models from Charles River Europe
BALB/cByJ mouse (JAX™), BALB/cByJ
Strategie minimalizacji wpływu dryfu genetycznego i maksymalizacji powtarzalności wyników w badaniach prowadzonych z wykorzystaniem myszy
C3H/J mouse (JAX™), C3H/HeOuJ
Strategie minimalizacji wpływu dryfu genetycznego i maksymalizacji powtarzalności wyników w badaniach prowadzonych z wykorzystaniem myszy
C57BL/6J mouse (JAX™)
Strategies to minimize genetic drift and maximize experimental reproducibility in mouse research publication EN
Importing specialised JAX strains through Charles River Europe EN
Animal popular models overview and quality flyer EN, CRL, JAX
CBA/J mouse (JAX™), CBA/J
Strategies to minimize genetic drift and maximize experimental reproducibility in mouse research
DBA/2J mouse (JAX™), DBA/2J
Strategie minimalizacji wpływu dryfu genetycznego i maksymalizacji powtarzalności wyników w badaniach prowadzonych z wykorzystaniem myszy
NOD SCID gamma (NSG) mouse (JAX™), NOD.Cg-Prkdcscid Il2rgtm1Wjl/SzJ
Charles River, JAX Disease and immunodeficient animal models flyer EN
NOD SCID mouse (JAX™), NOD.CB17-Prkdcscid/J
Charles River, JAX Disease and immunodeficient animal models flyer EN
Immunodeficient models from Charles River Europe
Poster immunodeficient mouse models from Charles River Europe
Charles River Immunodeficient models portfolio EN
NOD mouse (JAX™); NOD/ShiLtJ
Strategie minimalizacji wpływu dryfu genetycznego i maksymalizacji powtarzalności wyników w badaniach prowadzonych z wykorzystaniem myszy
NOD rag gamma (NRG) mouse (JAX™), NOD.Cg-Rag1tm1Mom Il2rgtm1Wjl/SzJ
Charles River, JAX Disease and immunodeficient animal models flyer EN
Strategie minimalizacji wpływu dryfu genetycznego i maksymalizacji powtarzalności wyników w badaniach prowadzonych z wykorzystaniem myszy
Immunodeficient models from Charles River Europe
Poster immunodeficient mouse models from Charles River Europe
Importation of specialised JAX™ Mice from Charles River Europe
db/db mice (JAX™); BKS.Cg-Dock7m+/+Leprdb/J
Strategie minimalizacji wpływu dryfu genetycznego i maksymalizacji powtarzalności wyników w badaniach prowadzonych z wykorzystaniem myszy
Animal popular models overview and quality flyer EN, CRL, JAX
ob/ob mice (JAX™); B6.Cg-Lepob/J
Strategies to minimize genetic drift and maximize experimental reproducibility in mouse research
Animal popular models overview and quality flyer EN, CRL, JAX
