NOG-EXL vs NSG-SGM3: See Why Taconic Delivers Superior Results

Discover how NOG-EXL mice are outperforming the NSG-SGM3 mouse and similar models - more accurately replicating human immune cell composition, supporting functional development of key immune cells, and offering significantly improved survival with a more physiological, low-inflammatory cytokine profile.

Study Results Show Taconic’s NOG-EXL Mice Outperform the NSG-SGM3 Mouse

Data below based on a paper co-authored by scientists at the University of Pennsylvania

 NOG-EXL Mice
NSG-SGM3 Mice
Genetic BackgroundNODNOD
High efficiency Human Immune Cell Engraftment  
Enhanced Myeloid Cell Support  
Clinically Relevant Cytokine Expression (Physiological, low-inflammatory)  
Present and functional Plasmacytoid Dendritic Cells  
Longer-term Survival Rate Reduced due to cytokine toxicity
Supports T Cell Development  
Supports B Cell Development  
Excellent for Humanized Immune System studies in Oncology & ImmunologyYes, offering broader utilityWidely used, but with limitations

Insight

NOG-EXL mouse model from Taconic outperforms NSG-SGM3 in new study

Read about the new paper from scientists at the University of Pennsylvania and Taconic showing improved outcomes in glioblastoma research using the NOG-EXL mouse model.

Request a Complimentary Consultation Today

 

 

What Is the Best Humanized Mouse Model for My Cancer Research?

The best humanized mouse model for cancer research depends on the specific experimental goals, such as tumor engraftment, immunotherapy response, or studying immune-tumor interactions. Below are some of the top humanized immune system (HIS) mouse models used in preclinical cancer research.

 

CIEA NOG Mouse®

  Best for Humanization & Tumor Engraftment

  Best for: Xenograft (CDX/PDX) tumor studies, immuno-oncology, and drug screening

  • Super immunodeficient (lacking T, B, and NK cells)
  • Superior engraftment of human tumor cells (CDX/PDX models)
  • Suitable for checkpoint inhibitor & CAR-T therapy evaluation

 

B2m-NOG Mouse

  Optimized for Longer Study Windows with Delayed GvHD

  Best for: PBMC-based immunotherapy studies, including T cell-engaging therapies

  • Lacks MHC Class I antigen presentation, reducing Graft vs Host Disease
  • Allows longer-term immune cell engraftment (8+ weeks) vs. standard NOG mice
  • Ideal for studying tumor-immune interactions in immunotherapy research

NOG-EXL (hGM-CSF/hIL-3 NOG) Mouse

  Best for Myeloid Cell Studies & Leukemia Models

  Best for: Myeloid-driven cancers (AML, lymphoma) & immuno-oncology studies

  • Expresses human GM-CSF & IL-3, supporting human myeloid cell engraftment
  • Superior for leukemia (AML) PDX models & macrophage/TAM-related studies

 

hIL-15 NOG Mouse

  Best for NK Cell-Based Therapies & Immuno-Oncology

  Best for: CAR-NK therapy, NK cell persistence studies, and tumor-immune system interactions

  • Supports human NK cell development, improving efficacy testing of NK-based therapies
  • Useful for studying tumor microenvironment modulation

Humanized PBMC NOG Mice

  Best for Immuno-Oncology & Drug Response Studies

  Best for: Checkpoint inhibitors, T cell therapies, CAR-T research

  • PBMC-humanized mice enable studies of T cell responses to tumors, aiding immunotherapy development.
  • PBMC-humanized mice are used to evaluate checkpoint inhibitors and CAR-T therapies by testing cancer treatments within a humanized immune system.

 

Introducing Flow Cytometry Solutions

At Taconic, we offer advanced flow cytometry services utilizing both conventional and spectral instrumentation. With extensive experience in creating and immunophenotyping mouse models and their base strains, our deep understanding and expertise ensure high-quality and reliable results.

 

 

Easy Access to Humanized Immune System Mice

The most robust and translatable rodent models available for immuno-oncology research, designed to recapitulate important aspects of the human immune system. Start projects sooner with off-the-shelf inventory available within days, not months. 

huSelect™ Customized Humanization Options

Humanized immune system (HIS) mice are critical tools for in vivo evaluation of biological therapeutic target efficacy. HIS mice require a human donor source of CD34+ hematopoietic stem cells (HSCs), but genetic variance across donors can lead to inconsistent outcomes.

Taconic has developed a suite of offerings to address the issue of donor-to-donor variability by utilizing our extensive and well-characterized CD34+HSC inventory and expertise in immune cell characterization. Suitable for use in any of our CD34+ humanized immune system models (huNOG-EXLFcResolv® huNOG-EXLhuNOGFcResolv® NOG) or in a model of your choice.


huSelect™ Service*


Description

Select CD34+ HSC donors based on one or more HLA criteriaOur extensive CD34+ HSC donor catalog supports a wide range of HLA types for to suit your study parameters.
Request a specific CD34+ HSC donorRepeat studies using CD34+ donors from prior orders
Reserve CD34+ cells for future useEnsure an ongoing supply of CD34+ cells from selected donors
Pre-characterized CD34+ HSC donorsA number of donors have been validated in huNOG-EXL mice and pre-characterized for human immune cell populations for four timepoints out to 30 weeks post-engraftment. Data available upon request.
On-demand analysis of immune cell characterizationFlow cytometry services for immune cell analysis of models prior to shipping or for customer-provided samples. A variety of panels are available.

*All service options are subject to availability. Other restrictions may apply.

Manage your research, not your vendors

Select any live or cryopreserved Taconic model, and let our expert Scientific Team manage your project. Our commitment to responsibility and transparency while managing customer resources enables total project stewardship while building lasting relationships and trust.

Featured NOG Mice Resources for Oncology and Immuno-Oncology Research 

On-Demand Webinar

Characterization of Myeloid Cell Hyperactivation Syndrome and Survival Differences in Humanized NOG-EXL and NSG-SGM3 Mice

Explore myeloid cell hyperactivation syndrome in HIS mice, comparing NSG-SGM3 and NOG-EXL strains, with insights on tissue impacts, survival, and study windows.

White Paper

Humanized Mouse Models for Drug Discovery: The NOG Portfolio

Explore how humanized NOG mouse models advance drug discovery. Learn about HSC and PBMC engraftment, immune system humanization, and selecting the right model for preclinical research.

Resource

NOG-EXL mouse model from Taconic outperforms NSG-SGM3 in new study

Read about the new paper from scientists at the University of Pennsylvania and Taconic showing improved outcomes in glioblastoma research using the NOG-EXL mouse model.

White Paper

Accelerating Drug Discovery Using the Next Generation of Humanized Immune System Mice

Discover how next-gen humanized mice improve immuno-oncology and autoimmune research, reduce costs, and streamline preclinical drug development.

Get In Touch

Request a Complimentary Consultation Today

If you need immediate assistance, please contact Customer Service:

Taconic Corporate Offices

Email: info@taconic.com

Phone: +1 (518) 697-3900

273 Hover Ave., Germantown, NY 12526

North American Customer Service

Email: info@taconic.com

Phone:
+1 (518) 697-3915 

Toll-free:
+1 (888) 822-6642


Hours:
(Monday - Friday): 7 a.m. - 6 p.m. ET

European Customer Service

Email: info@taconic.com

Phone (Europe and Denmark):
+45 70 23 04 05 

Phone (Germany):
+49 214 50 68 023 

Hours: (Monday - Friday):
7 a.m. - 5 p.m. CET