192022Dec
¹³CO2 isotope tracing combined with real-time indirect calorimetry reveals enhanced aerobic glycolysis in cancer and disrupted glucose utilization in diet-induced obesity (DIO).

¹³CO2 isotope tracing combined with real-time indirect calorimetry reveals enhanced aerobic glycolysis in cancer and disrupted glucose utilization in diet-induced obesity (DIO).

In this recent study from the lab of Selma Masri at UC Irvine, the researchers used a unique new approach in collaboration with TSE Systems to quantify the changes in glucose utilization in two prevalent disease models. They assessed real-time glucose utilization in lung cancer-induced cachexia and DIO mouse models using a U-¹³C glucose tracer…

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62022Dec
Webinar: Telemetry in group-housed rodents

Webinar: Telemetry in group-housed rodents

Watch our latest webinar about Stellar telemetry and learn how advancements in technology facilitate the use of telemetry in a broad range of housing environments, including the ability to house rodents in large groups.

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