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(Source: references 1, 4 and 7.) Overview The laboratory mouse has been extensively used for biomedical research since the early 1900s.[1] Its successful and continued use in modern medicine relies on several qualities including ease of breeding and handling, short life cycles, and well-characterised genetics.[1, 2] Accordingly, this type of research is now carefully regulated and many guidelines exist to assist both beginners and experts in the field, particularly to help refine protocols and to ensure adverse experiences for the animal are minimised.[2-6] Many factors should be considered when administering substances to mice
Three, and the reason is commercial rather than safety-related in each case
Guanylate Cyclase-C Agonists Examples: Linaclotide, Plecanatide Mechanism: cGMP activates CFTR channels intestinal fluid secretion accelerate transit Uses: Chronic constipation, IBS-C Adverse Effects: Diarrhea, abdominal pain Bulk-forming safest, long-term use Osmotic acute or hepatic encephalopathy (lactulose) Stimulants short-term only Stool softeners post-surgery, hemorrhoids Lubricants avoid long-term Chloride channel activators & GC-C agonists newer agents for chronic constipation Mnemonic for Laxatives: BOSS-LC B Bulk-forming O Osmotic S Stimulant S Stool softeners L Lubricant C Chloride channel activators / cGMP agonists Laxative Types and Mechanisms for Constipation Relief Laxatives Laxatives are drugs that promote bowel movements to relieve constipation or clear the bowel before procedures
Glucagon receptor activation increases energy expenditure and promotes hepatic fat oxidation, complementing GLP-1-mediated appetite suppression
The B12 is simply there to help your body tolerate it betterit doesnt weaken the medication or change how it works
