The Discovery of CMU Taiwan

13/07/2026

Different Odors Follow Different Neural Routes

Not all odors are processed in the same way inside the fruit fly brain. Food-related signals spread across multiple neuron classes, while pheromone signals are directed toward more specialized pathways. This organization allows the brain to treat different types of information according to their biological importance.

Full story: https://iesresearch.solutions/hybrid-neural-networks-in-fruit-flies-reveal-how-the-brain-balances-flexibility-and-precision/

13/07/2026

09/07/2026

A New Perspective on Mushroom Body Wiring

For many years, scientists believed that neural connections in the fruit fly mushroom body were mostly random. By combining connectomic data, experiments, and computational modeling, this study shows that the network follows a more organized pattern than previously thought. These findings provide a clearer understanding of how neural wiring supports behavior.

Full story: https://iesresearch.solutions/hybrid-neural-networks-in-fruit-flies-reveal-how-the-brain-balances-flexibility-and-precision/

07/07/2026

Hybrid Brain Networks Improve Odor Processing

The fruit fly brain may appear simple, but its neural wiring reveals a sophisticated way of processing smells. Instead of relying on completely random connections, researchers found a hybrid network that combines structured and flexible pathways. This balance helps explain how the brain can remain adaptable while responding efficiently to biologically important signals.

Full story: https://iesresearch.solutions/hybrid-neural-networks-in-fruit-flies-reveal-how-the-brain-balances-flexibility-and-precision/

10/06/2026

Integrated Gene Therapy and Immunotherapy Approach Shows Potential Against Glioblastoma Progression

This study explored a strategy that combines gene therapy and immunotherapy within a single delivery platform for glioblastoma. The system uses stem cells and exosomes to transport miR-124 and a PD-1-related therapeutic component directly toward tumor sites. Results showed reduced tumor progression together with changes in the tumor microenvironment that favored anti-tumor immunity.

Full story: https://iesresearch.solutions/dual-gene-delivery-strategy-shows-promise-against-aggressive-brain-cancer/

10/06/2026

SLC6A14 Emerges as a Potential Therapeutic Target in Environment-Associated Early-Onset Breast Cancer

Researchers investigated how exposure to DEHP, a widely used endocrine-disrupting chemical, may contribute to early-onset breast cancer. The study found that DEHP-driven metabolic changes strengthened stem-like characteristics in cancer cells, traits often associated with tumor growth and treatment resistance. Targeting SLC6A14 reduced these effects in laboratory models, highlighting a potential metabolic vulnerability.

Full story: https://iesresearch.solutions/environmental-plastic-exposure-may-promote-early-onset-breast-cancer-through-metabolic-changes/

08/06/2026

Stem Cell-Derived Exosome System Enhances Tumor Suppression and Immune Activation in Glioblastoma Models

Glioblastoma remains one of the most difficult brain cancers to treat because tumors can spread rapidly, resist therapy, and evade immune detection. In this study, researchers designed a biological delivery system that carries two therapeutic genes using stem cell-derived exosomes. The treatment not only increased tumor cell death but also enhanced the activity of key immune cells involved in tumor control.

Full story: https://iesresearch.solutions/dual-gene-delivery-strategy-shows-promise-against-aggressive-brain-cancer/

08/06/2026

New Findings Suggest Environmental Exposure May Drive Aggressive Breast Cancer Through Metabolic Changes

Early-onset breast cancer is often more aggressive, yet many patients do not carry known genetic risk factors. In this study, DEHP exposure was linked to increased SLC6A14 expression, enhanced glutamine metabolism, and greater mitochondrial fusion in tumor cells. These results suggest that environmental factors may influence cancer progression through metabolic pathways.

Full story: https://iesresearch.solutions/environmental-plastic-exposure-may-promote-early-onset-breast-cancer-through-metabolic-changes/

02/06/2026

Study Identifies a Potential Metabolic Link Between Plastic Exposure and Early-Onset Breast Cancer

This study found that higher exposure to DEHP, a common plasticizer, was associated with earlier breast cancer diagnosis in younger patients. Researchers showed that DEHP may promote tumor growth by increasing SLC6A14-mediated glutamine uptake and altering mitochondrial metabolism. The findings provide a potential link between environmental exposure, metabolic reprogramming, and aggressive tumor behavior.

Full story: https://iesresearch.solutions/environmental-plastic-exposure-may-promote-early-onset-breast-cancer-through-metabolic-changes