Acupuncture for Experimental Mice: Disease Models & Research Applications
Explore common mouse disease models supported by veterinary acupuncture and TCVM in scientific research, including neurological disorders (Parkinson's, Alzheimer's, stroke), metabolic diseases (diabetes, obesity), gastrointestinal conditions (ulcerative colitis, postoperative ileus), respiratory diseases (asthma), immune disorders, pain research models, and tumor adjunctive therapy.
Neurological Research Models
Brain Ischemia / Stroke
Acupuncture points: Shuǐgōu (水沟), Bǎihuì (百会), Shènshū (肾俞). Supports neuroprotection, reduces infarct volume, and promotes neural recovery in ischemic models.
Parkinson's Disease (PD)
Points: Shuǐgōu, Bǎihuì, Hòusānlǐ (后三里), Huántiào (环跳). Supports motor function improvement, neuroprotection of dopaminergic neurons, and reduces oxidative stress.
Alzheimer's Disease (AD)
"Shen-Zhi" neuro益智 technique: Shuǐgōu, Nèiguān (内关), Sānyīnjiāo (三阴交). Improves cognitive function, reduces amyloid-beta accumulation, and enhances learning memory in AD models (SAMP8 mice).
Neuropathic Pain
Points: Hòusānlǐ, Huántiào, Hégǔ (合谷), Nèiguān. Analgesic support for nerve injury pain models. Research shows superior effects compared to Bǎihuì or Shénmén for pain-anxiety co-morbidity.
Epilepsy / Seizure Models
Points: Shénmén (神门), Nèiguān, Shuǐgōu. Complementary support for seizure disorders as part of broader veterinary research care plans.
Psychiatric & Cognitive Models
Depression Models
Points: Bǎihuì, Shuǐgōu, Shénmén (神门), Nèiguān, Sānyīnjiāo. Mood regulation, reduces depressive behavior in chronic stress models, regulates neurotransmitter levels.
Anxiety Disorders
Points: Xīnshū (心俞), Nèiguān, Shénmén. Reduces stress reactivity, lowers anxiety behavior in elevated plus maze and open field tests.
Learning & Memory (SAMP8)
Points: Bǎihuì, Shuǐgōu, Sānyīnjiāo. Cognitive enhancement in aging memory-impaired mice, improves maze performance and recognition memory.
Drug Addiction Models
Points: Bǎihuì, Shuǐgōu, Nèiguān. Supports addiction research, reduces drug-seeking behavior, regulates reward system pathways.
Metabolic & Endocrine Models
Diabetes Mellitus
Points: Hòusānlǐ, Guānyuán (关元), Yíshū (胰俞), Fēnglóng (丰隆). Metabolic balance support, improves insulin sensitivity, regulates glucose homeostasis in diabetic models.
Obesity Models
Points: Fēnglóng, Hòusānlǐ, Guānyuán. Weight management support, reduces lipid accumulation, regulates appetite hormones in high-fat diet models.
Gastrointestinal Models
Ulcerative Colitis (UC)
Points: Hòusānlǐ (足三里), Tiānshū (天枢). Electric needle stimulation reduces colonic pathological damage, modulates immune balance, decreases inflammation in DSS-induced UC models.
Postoperative Ileus (POI)
Points: Zúsānlǐ (足三里), Tiānshū, Guānyuán. Promotes postoperative gut motility recovery, inhibits inflammatory response, accelerates intestinal function restoration.
Functional Dyspepsia
Points: Hòusānlǐ, Zhōngwǎn (中脘), Guānyuán, Wèishū (胃俞). Digestive function support, improves gastric motility, reduces functional GI symptoms.
Gastritis Models
Points: Wèishū, Zhōngwǎn, Hòusānlǐ. Supports gastric inflammation research, regulates GI function, reduces mucosal damage.
Respiratory Models
Asthma Models
Points: Dàzhuī (大椎), Fèishū (肺俞), Tiāntū (天突), Dànzhōng (膻中). Airway comfort and inflammation management, reduces bronchial hyperresponsiveness, modulates immune response in asthma models.
Chronic Bronchitis
Points: Fèishū, Tiāntū, Dàzhuī. Respiratory support, reduces airway inflammation, improves breathing function in chronic bronchitis models.
Pulmonary Injury Models
Points: Dàzhuī, Fèishū, Tiāntū. Supports lung injury research, reduces oxidative damage, modulates inflammatory cytokines.
Immune & Inflammatory Models
Allergic Disorders
Points: Dàzhuī, Fèishū, Shènshū (肾俞), Hòusānlǐ. Immune modulation, reduces allergic response, regulates IgE levels in allergy models.
Rheumatoid Arthritis
Points: Dàzhuī, Fèishū, Shènshū, Hòusānlǐ. Inflammation reduction, decreases joint swelling, modulates autoimmune response in arthritis models.
Autoimmune Diseases
Points: Dàzhuī, Shènshū, Hòusānlǐ. Immune system balance, regulates autoantibody production, supports autoimmune research models.
Cardiovascular Models
Hypertension Models
Points: Nèiguān, Tàichōng (太冲), Xīnshū (心俞), Zúsānlǐ. Blood pressure regulation, reduces vascular tension, improves cardiovascular function.
Myocardial Ischemia
Points: Nèiguān, Tàichōng, Xīnshū. Cardiac support, reduces ischemic damage, improves myocardial function in ischemia models.
Pain & Anesthesia Research
Inflammatory Pain Models
Points: Hòusānlǐ, Huántiào, Hégǔ, Nèiguān. Analgesic support for inflammatory pain research, reduces pain threshold, modulates inflammatory mediators.
Perioperative Analgesia
Points: Hòusānlǐ, Huántiào, Hégǔ, Nèiguān. Pain control and muscle relaxation in surgical research, reduces postoperative pain, accelerates recovery.
Tumor (Cancer) Models
Colon Cancer Models
Points: Hòusānlǐ, Guānyuán, Zhōngwǎn, Wèishū, Píshū (脾俞). Adjunctive support in colon cancer research, may improve quality of life, supports immune function.
Lung Cancer Models
Points: Hòusānlǐ, Guānyuán, Zhōngwǎn, Wèishū, Píshū. Supportive therapy in lung cancer research, complements conventional treatment protocols.
Standard Mouse Acupoints
6 Most Commonly Used Acupoints
Based on PubMed literature review, these 6 acupoints are recognized as the most frequently used and have the highest research comparability:
Hòusānlǐ (后三里)Digestion, immunity, anti-inflammatory, analgesic
Sānyīnjiāo (三阴交)Reproductive endocrine, urological system
Huántiào (环跳)Sciatic nerve, hindlimb paralysis
Nèiguān (内关)Cardio-chest-gut diseases, anxiety, anti-emetic
Wèishū (胃俞)GI diseases, digestive dysfunction
Hégǔ (合谷)Analgesia, colds, pain relief
Historical Development
The 2020 standard was revised based on the 1992 research by Huá Xīngbāng (华兴邦) team, adding 20 new acupoints and removing 1 acupoint that didn't match mouse anatomy.
The standard emphasizes unified terminology, e.g., "肌沟" → "肌间沟", "腓骨小头" → "腓骨头" for research reproducibility.
Research Application Notes
针法参考: Needle depth varies by mouse weight and condition (1-5mm typically). All acupuncture must be performed by professionally trained personnel following institutional animal care guidelines.
Anatomy: Standard prioritizes precise anatomical descriptions for research reproducibility and cross-study comparison.
Comparison: Using the 6 most common acupoints ensures better cross-study comparability in published research.
Frequently Asked Questions
What disease models can mouse acupuncture help with?
Mouse acupuncture is used in research for neurological models (brain ischemia, Parkinson's, Alzheimer's, neuropathic pain, epilepsy), psychiatric models (depression, anxiety, cognitive impairment, drug addiction), metabolic diseases (diabetes, obesity), GI conditions (ulcerative colitis, postoperative ileus, functional dyspepsia, gastritis), respiratory diseases (asthma, chronic bronchitis, pulmonary injury), immune disorders (allergies, rheumatoid arthritis, autoimmune diseases), cardiovascular models (hypertension, myocardial ischemia), pain research (inflammatory pain, perioperative analgesia), and tumor adjunctive therapy (colon cancer, lung cancer).
Is acupuncture safe for experimental mice?
When performed by trained personnel following the T/CAAM 0003-2020 standard, acupuncture is generally well tolerated by mice. Needle depth varies by mouse weight and condition (typically 1-5mm). All procedures must follow institutional animal care committee guidelines and ethical standards for experimental animal research.
How many standard acupoints are there for mice?
According to T/CAAM 0003-2020 (Chinese Acupuncture and Moxibustion Association standard), there are 39 standardized acupoints for experimental mice. The 6 most commonly used in research with highest comparability are: Hòusānlǐ (后三里), Sānyīnjiāo (三阴交), Huántiào (环跳), Nèiguān (内关), Wèishū (胃俞), and Hégǔ (合谷).
What's the difference between mouse and human acupuncture points?
Mouse acupoints are adapted based on mouse anatomy and size. The 2020 standard was revised from the 1992 Huá Xīngbāng team research, adding 20 new points and removing 1 non-matching point. Terminology was unified (e.g., '肌沟' → '肌间沟', '腓骨小头' → '腓骨头') for research reproducibility and standardization across studies.
Can acupuncture replace conventional research treatment?
No. Acupuncture is best used alongside conventional research protocols as complementary therapy, especially for chronic disease models, pain management studies, rehabilitation research, and quality of life improvement in tumor models.
Where can I find the complete 39 acupoint list?
The complete T/CAAM 0003-2020 standard with all 39 acupoints (names, locations, anatomical descriptions) is available through the Chinese Acupuncture and Moxibustion Association. Key references include PubMed literature on Hòusānlǐ, Sānyīnjiāo, Huántiào, Nèiguān, Wèishū, and Hégǔ for research comparability.
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