Soma Online Without Prescription

Soma Carisoprodol Over The Counter

Soma operates as a skeletal muscle relaxant with an impact on the central nervous system. It shares structural and pharmacological similarities with meprobamate, mebutamate, and tibamate. Its influence on muscle relaxation is marginal, likely stemming from its sedative qualities. Soma does not obstruct neuromuscular transmission, and its anticholinergic, antipyretic, and analgesic attributes display limited potency.

Reports of Soma overdose are relatively scarce, largely attributed to its modest efficacy as a muscle relaxant. Nevertheless, an overdose of Soma can prove fatal and exhibits symptoms akin to meprobamate poisoning. Individuals displaying signs of overdose should be promptly admitted to an intensive care unit.

Soma, also recognized as carisoprodol, goes by alternative names such as isobamate and isopropyl meprobamate. It is marketed under various brand names, including Caprodat (Sweden), Somadril (Denmark, Norway, and Sweden), Carisoma (Great Britain), Carisoma Compound (Great Britain, containing 175 mg of carisoprodol + 350 mg of acetaminophen), Flexartal (France), and Mioxom (Italy).

Dosage Instructions

Soma finds application as a supplementary measure for pain alleviation and rehabilitation therapy, often integrated into physiotherapy to mitigate pain stemming from skeletal muscle injuries. The independent effectiveness of Soma hasn’t undergone extensive study; its impact on muscle relaxation likely stems from its sedative properties.

The recommended dosage for Soma is 350 mg, taken orally four times a day. However, a safe dosage for children remains undetermined.

The drug undergoes rapid metabolic processes involving dealkylation, hydroxylation, and conjugation. Metabolites are generated more swiftly than absorption subsequent to administering a therapeutic dose. Meprobamate stands as the primary derivative of Soma. Rats excrete approximately 7.5% of Soma via urine and 0.3% through feces within 48 hours of administration.

Goldberg’s findings highlight a significant variance in excretion rates among patients: one individual discharged 5 g of the drug in urine within the initial 20 hours, while another only expelled 637 mg. It’s worth noting that Goldberg’s method assessed the combined sum of carisoprodol and meprobamate. According to Adams et al., meprobamate serves as the principal excreted metabolite following Soma overdose, accompanied by some hydroxymeprobamate.

Primary Uses and Restrictions

Soma is designed to address the subsequent ailments and situations:
- Chronic pain syndrome induced by lumbar osteochondrosis, particularly connected to persistent back spasms.
- Postsurgical cases involving the spine, such as those arising from herniated disc interventions.
- Disorders linked to degeneration within the cervical spine.
- Severe neurological conditions giving rise to hypertonia, like multiple sclerosis, myelopathy, and stroke.
- Instances of pathological vertebral fractures.
- Injuries afflicting the back region.
- Conditions like protrusion and herniated disc.
Counterindications:
- Presence of drug allergies.
- Chronic kidney disorders.
- Children below one year of age.
- All variations of myasthenia gravis, a condition characterized by muscle weakness.
- Liver ailments.
- Stomach or peptic ulcers.
- Parkinson’s disease.
- Epilepsy.
Pregnancy and Breastfeeding

Soma is excreted into breast milk, where its concentration is approximately 2-4 times lower than that found in the mother’s bloodstream. Animal studies have demonstrated the drug’s ability to cross the placental barrier.

Regular Usage

Adverse effects associated with Soma encompass skin rash, drowsiness, nausea, vomiting, dizziness, flushed skin, excessive fatigue, itching, ataxia, tremors, headaches, irritability, queasiness in the abdominal area, and drug-induced dermatitis. There is also a potential for allergic reactions to meprobamate. As is the case with other muscle relaxants, Soma carries a risk of drug dependence.

Its primary function is to alleviate distressing symptoms stemming from muscle spasms. In essence, Soma operates as an antispasmodic agent, targeting skeletal muscles rather than smooth muscles. Sole use of Soma doesn’t yield the desired therapeutic outcomes. Soma is designated for the transient reduction of muscle tension, hence its prescription as part of comprehensive osteochondritis treatment. Patients should complement Soma with the following:
- Non-steroidal anti-inflammatory drugs
- Analgesics
- Topical ointments
Additionally, engaging in exercises, receiving massages or manual therapy, and adopting a healthy lifestyle are crucial components of the overall approach.