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Original Abstract of the Article

Major research findings

Somatropin, also known as human growth hormone (hGH), is a medication used to treat growth hormone deficiency (GHD). 8 found that NNC0195-0092, a reversible, albumin-binding GH derivative, is a potential treatment for adults with GHD that could be administered once weekly. 21 highlighted the growing trend of using somatropin for aesthetic purposes despite insufficient evidence supporting its efficacy and safety for such applications. 7 discussed the complexity of GHD treatment in adults, emphasizing the need for accurate analysis of its entity, appropriateness, and standardization due to the chronic and expensive nature of GH replacement therapy. 17 reported on the heterogeneity of commercially available r-hGH preparations, revealing the presence of a thioether variant in some samples. This variant was found to negatively affect in-vivo biopotency and receptor binding kinetics. 1 investigated the association between somatropin treatment and thyroid function in children with isolated idiopathic GHD, finding that some patients might require transient LT4 supplementation during GH therapy. 5 emphasized the challenges in accurately attributing adverse events to biosimilar medications due to inconsistencies in reporting practices and the lack of a global consensus on biosimilar naming conventions. 2 reported on the long-term safety and efficacy of Omnitrope®, a somatropin biosimilar, in children with growth disturbances, highlighting its favorable safety profile in the Italian interim analysis of the PATRO Children study. focused on the use of somatropin in treating minor growth retardation caused by glucocorticoids. 16 explored the use of GnRH analog therapy in treating central precocious puberty and other childhood disorders affecting growth and puberty, emphasizing its potential in preserving or improving adult height. 3 provided a critical review of somatropin therapy and cognitive function in adults with GHD, highlighting the potential for somatropin replacement therapy to improve cognitive function. 19 showed that jet-delivered growth hormone (JrGH) can improve adherence and growth outcomes in children with GHD. 10 investigated the predictability of growth response to growth hormone treatment in patients with SHOX deficiency using the Cologne prediction model. 9 demonstrated the effectiveness of using NLMEM for pharmacokinetic similarity analysis of biologics. 11 presented a study on somatropin therapy in adults with Prader-Willi syndrome, suggesting beneficial effects on body composition. 20 investigated the stabilization of somatropin using heparin as a stabilizing agent. focused on the use of lonapegsomatropin (Skytrofa) for growth hormone deficiency. 18 analyzed the effect of a year-long rhGH therapy on left ventricle structure and function in adults with severe GHD. 22 evaluated the efficacy and safety of two doses of Norditropin® (somatropin) in treating short stature in Japanese children with Noonan syndrome. 4 presented data from the PATRO Adults study showing no increased risk of glucose metabolism disorders in adults with GHD undergoing long-term treatment with biosimilar somatropin (Omnitrope®). 23 reviewed the use of sermorelin in the diagnosis and treatment of children with idiopathic GHD. 15 showed that rhGH can improve the immune status of rats with septic encephalopathy by activating VEGFR2, which mitigates endoplasmic reticulum stress and enhances blood-brain barrier competency. 14 evaluated the TransCon human growth hormone technology as a potential solution for optimizing the therapeutic effect of daily somatropin in children with GHD. discussed the relationship between somatropin, tumors, and diabetes, and its controversial indication in idiopathic short stature. 6 examined the expression of uncoupling proteins in skeletal muscle and adipose tissue in response to in vivo porcine somatropin treatment. 13 reported on a fatal overdose case from injection of human growth hormone, highlighting its abuse by athletes for doping purposes. 12 provided an overview of growth hormone therapy with Norditropin® (somatropin) in growth hormone deficiency.

Benefits and Risks

Benefits Summary

Somatropin can provide several benefits for patients with growth hormone deficiency, including promoting growth, improving body composition, and potentially enhancing cognitive function. 11 3 23 2 22 10 19 4 15

Risks Summary

Somatropin can also pose some risks, such as fluid retention, increased insulin resistance, and potential for developing diabetes. 11 3 23 2 22 10 19 4 15

Comparison Across Studies

Commonalities Among Studies

Many studies have indicated that somatropin can be an effective treatment for patients with growth hormone deficiency. 11 3 23 2 22 10 19 4 15

Differences Among Studies

The effectiveness of somatropin can vary depending on factors such as patient age, underlying condition, dosage, and duration of treatment. 11 3 23 2 22 10 19 4 15

Consistency and Discrepancies in Findings

There is a mixture of consistency and discrepancies in research findings regarding the effects of somatropin. 11 3 23 2 22 10 19 4 15

Points to Consider for Real-World Application

While somatropin can be an effective treatment for individuals with growth hormone deficiency, it’s crucial to proceed with caution, considering factors such as appropriate dosage, duration of treatment, and managing potential side effects. 11 3 23 2 22 10 19 4 15

Limitations of Current Research

The research on somatropin is still ongoing, and there is a need for more comprehensive studies to thoroughly understand its long-term safety and efficacy, as well as to determine optimal dosages and effectively manage potential side effects. 11 3 23 2 22 10 19 4 15

Future Research Directions

To gain a deeper understanding of somatropin’s effects, future research should focus on investigating long-term safety and efficacy, determining optimal dosages, and developing effective strategies for managing potential side effects. 11 3 23 2 22 10 19 4 15

Conclusion

Somatropin is a medication used to treat growth hormone deficiency. While numerous studies have highlighted its potential benefits, including growth promotion, improved body composition, and potential cognitive enhancements, it’s important to acknowledge the associated risks, such as fluid retention, increased insulin resistance, and the possibility of developing diabetes. Continued research is essential to further understand its long-term effects, optimize dosages, and develop effective strategies for managing potential side effects. If considering somatropin treatment, it’s crucial to have a thorough discussion with a healthcare professional to weigh the benefits and risks and ensure appropriate use. 11 3 23 2 22 10 19 4 15


Literature analysis of 23 papers
Positive Content
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Neutral Content
0
Negative Content
3
Article Type
3
0
0
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Author: RasmussenMichael Højby, JanukonytéJurgita, KloseMarianne, MarinaDjordje, TanvigMette, NielsenLene F, HöybyeCharlotte, AndersenMarianne, Feldt-RasmussenUlla, ChristiansenJens Sandahl


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