Thymalin

チマリン

チマリン

チマリン(チマリン) is a bioactive polypeptide secreted by thymus tissue; derived from extracts of that tissue itself.

商品コード: 198890 カテゴリー:
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チマリン(Thymulin) is a bioactive polypeptide secreted by 胸腺 組織; derived from extracts of that tissue itself. It acts precisely and multi-targetedly to regulate and enhance various aspects of 細胞性免疫 function within the body. It spontaneously stimulates Tリンパ球 成熟, lymphokine 生産, natural killer cell 活動, and thereby strengthens 免疫監視, defense, およびクリアランス機能.

Clinically, it is indicated for treating different forms of immunodeficiency disorders – congenital being a prime example, as well as chemotherapy-induced T-cell dysfunction. Significant improvement in patients’ overall immune levels are observed, providing long term support. Reversing age-related thymic atrophy and the subsequent functional decline is also well documented; restoration of immune function is a direct result of this process. Elderly disease resistance can be bolstered through Thymalin use.

チマリン, as a potent immunomodulatory peptide, holds core value in maintaining immune homeostasis and overall health.

順序

Pyr-Ala-Lys-Ser-Gln-Gly-Gly-Ser-Asn-OH

CAS番号

79621-14-0

分子式

C33H54N12O15

分子量

858.864

Research Of Thymalin

1.Treatment of Immunodeficiency

Various acquired and congenital immunodeficiencies are effectively managed by Thymalin. Direct action on T lymphocytes (the ‘core’ immune cells) is central to this effect.

Long-term chemotherapy patients show clear clinical improvement in all measurable immune parameters. Defense capabilities, and to a large extent quality of life, are enhanced.

2.Boosting Immunity in Aging Individuals

The thymus undergoes significant involution in aging individuals, leading to reduced thymic hormone secretion and consequently decreased T-cell output. Diminished resistance to various bacterial infections is a well-documented consequence.

As an exogenous thymic signaling agent, Thymalin mimics the natural thymic microenvironment. Stimulating residual epithelial cell activity, T-cell generation is promoted and a more diverse T-cell repertoire can be restored.

Enhancing immune function of the aging individual is the primary effect; notably the immunomodulatory aspects play a crucial role in counteracting some aging processes.

3.癌 Adjuvant Therapy

Thymalin serves as a valuable adjunct in comprehensive cancer treatment. Modulating multiple immune responses against cancer cells is its defining capability.

Bone marrow suppression from either radio- or chemotherapy is effectively mitigated, facilitating faster white blood cell recovery. CD8+ cytotoxic T cell activity and CD4+ function are enhanced, improving the overall immune response against tumors.

Inhibiting progression, recurrence, and metastasis, Thymalin can synergize with modern therapies – patient survival and quality of life are positively influenced.

In cancer treatment, prolonged chemotherapy compromises the patient’s immune function, increasing susceptibility to secondary illnesses. Improving the quality of life of cancer patients is a key benefit Thymalin provides.

4.Managing Infections

Acute and chronic infections are likewise treated effectively; enhancing pathogen clearance, shortening disease duration and accelerating self-healing of damaged tissue are all part of its therapeutic profile.

5.組織の修復と再生の促進

Clinical practice has shown Thymalin to accelerate healing after surgery, burns, トラウマ, ulcers, 等, improve healing quality, and reduce scarring.

のアップレギュレーション cellular differentiation factors and growth pathways is implicated. This potent cellular regenerative capacity is demonstrated by Thymalin.

COA

HPLC

MS

(1) クリストバ, Z. S.; カリーニナ, 私. 私。; シュメレバ, S. P.; Ryabchikov, ○. P. Development of Endocrine and Lymphocytopoietic Functions of the Thymus in Human Embryogenesis. 実験生物学と医学の紀要 2000, 130 (10), 1001-1004. 土肥: 10.1023/ある:1002882327810.

(2) リンク, N.; カビンソン, V.; ディアトロバ, A.; ペトゥホフ, M.; Vladimirova, E.; Sukhareva, M.; 墓地, あ. The Influence of KE and EW Dipeptides in the Composition of the Thymalin Drug on Gene Expression and Protein Synthesis Involved in the Pathogenesis of COVID-19. Int J Mol Sci 2023, 24 (17). 土肥: 10.3390/ijms241713377 From NLM Medline.

(3) リンク, N. S.; ポリアコワ, V. O.; トロフィモフ, あ. V.; セボスティアノワ, N. N.; クヴェトノイ, 私. M. Influence of peptides from pineal gland on thymus function with aging. 老年学の進歩 2011, 1 (3), 240-243. 土肥: 10.1134/s2079057011030076.

(4) Litvinenko, G. 私。; Shurlygina, あ. V.; Dergacheva, T. 私。; Mel’nikova, E. V.; Trufakin, V. あ. クロノ- and Immunocorrection of Inflammatory Disorders of Internal Reproductive Organs in Women of Reproductive Age. Bull Exp Biol Med 2015, 159 (1), 62-65. 土肥: 10.1007/s10517-015-2890-0 From NLM Medline.

(5) ジューコワ, G. V.; シクリヤロワ, あ. 私。; バルテネバ, T. A.; シェフチェンコ, あ. N.; ザカリユタ, F. M. インビボでの活性化療法条件下での腫瘍および胸腺に対するチマリンの効果. Bull Exp Biol Med 2018, 165 (1), 80-83. 土肥: 10.1007/s10517-018-4104-z NLM メドラインより.

順序:

Pyr-Ala-Lys-Ser-Gln-Gly-Gly-Ser-Asn-OH

CAS:

79621-14-0

M.W:

858.864 グラム/モル

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