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Marketing Campaign

Marketing Campaign

Focusing on cutting-edge technologies and research advancements,
sharing Aniphe BioLab’s achievements in scientific innovation, Professional insights
and practical experience in the fields of laboratory animals and preclinical research.

　　April 24–26

　　The business team related to Aniphe BioLab is in…

　　Booth A11 awaits your visit!

　　Booth Location: A11

　　

 

　 　Meeting Basic Information

　　

 

　　Against the backdrop of an accelerating global population aging trend, countries around the world are confronting unprecedented challenges. As a cutting-edge and high-priority area within the life sciences, aging research is entering a new phase of rapid advancement.

　　This conference is themed “Systemic Integration, Cross-Disciplinary Empowerment,” focusing on cutting-edge issues and technologies in the study of aging and age‑related diseases. It systematically elucidates the underlying mechanisms driving aging and neurodegenerative disorders, explores scientific approaches to quantifying aging, and examines early‑warning systems and precision‑intervention strategies. The event brings together leading experts and scholars from both China and abroad in the field of aging research.

　　Related Project Article Showcase

　　Title: This study focuses on how PKM2 protein aggregation drives metabolic reprogramming during aging.

　　PKM2 aggregation drives metabolism reprograming during aging process

　　IF: 12.121

　　Institution: Peking University

　　Aniphe BioLab provided key experimental materials—18-month-old C57BL/6J mice—as a natural aging model to investigate the impact of PKM2 aggregation on metabolic reprogramming. These mice were also used in pivotal experiments reported in the paper to evaluate the anti‑aging effects of two compounds, K35 and K27.

　　

 

　　In aging research, high-quality animal models are pivotal for advancing experimental breakthroughs. Aniphe BioLab's aged mouse strains exhibit stable genetic backgrounds and well‑controlled phenotypes, closely mirroring the physiological changes of human aging and fully recapitulating a spectrum of age‑related declines, including slowed metabolism, immune dysregulation, and organ dysfunction. From cellular‑level regulatory mechanisms to whole‑organism phenotyping, these models provide comprehensive support for researchers seeking to unravel the underlying molecular and systemic pathways of aging, thereby underpinning both basic and translational studies on age‑related diseases. The company has already delivered critical experimental platforms for numerous cutting‑edge research projects.

　　

 

　 　01 Naturally aged mice (7–24 months old)

　　We offer naturally aged mice aged 7 to 24 months, enabling researchers to elucidate, from the molecular to the systemic level, the genetic and signaling pathways underlying age‑related metabolic decline, immune suppression, and organ dysfunction.

　　

 

　　Image source: Aniphe BioLab

　　02 Neurodegenerative Disease Models

　　We offer AD mouse models, MPTP‑induced Parkinson’s disease models, and more, enabling researchers to dissect the molecular mechanisms underlying Aβ deposition and tau phosphorylation in Alzheimer’s disease, as well as dopaminergic neuron loss in Parkinson’s disease, across multiple levels—from synapses and proteins to behavior—and to identify potential therapeutic targets.

　　

 

　　03 Comprehensive Experimental Services

　　Our expert technical team offers customized animal disease models, professional preclinical in vivo and in vitro efficacy assessments, and one-stop custom experimental services.

　　

 

　　Image source: Aniphe BioLab

　 　04 Gene Editing and Rapid Propagation

　　The Cre–loxP system can be used to generate knockout mice, enabling tissue-specific genetic modifications. We maintain an SPF‑grade animal facility and have mastered highly efficient IVF‑ET breeding techniques, allowing us to tailor breeding protocols and perform model generation, drug administration, genotyping, and biomarker analysis—all in a single, seamless workflow.

　　

 

　　Image source: Aniphe BioLab

　　Meeting Agenda