Мурашев Аркадий Николаевич

Избранные публикации

  1. Хохлова О.Н., Жармухамедова Т.Ю., Гуськова Т.А., Мурашев А.Н. (2009). Добротная лабораторная практика (GLP) – основа обеспечения качества доклинических исследований. Мол. медицина 5, 42–47
  2. Жармухамедова Т.Ю., Хохлова О.Н., Гуськова Т.А., Ржевский Д.И., Мурашев А.Н. (2009). Обязанности руководителя исследования при проведении испытаний безопасности химических веществ, биотехнологических и нанотехнологических продуктов в соответствии с правилами надлежащей лабораторной практики. Токсикол. вестник 5, 2–4
  3. Остров В.Ф., Слащёва Г.А., Жармухамедова Т.Ю., Рожкова Е.А., Евгеньев М.Б., Мурашев А.Н. (2009). Влияние человеческого рекомбинантного и бычьего белков теплового шока (70 кДа) на гемодинамику и гемостаз при эндотоксиновом шоке у крыс. Доклады РАН 429 (5), 691–693
  4. Лобанова Н.Н., Медведев Н.И., Попов В.И., Мурашев А.Н. (2008). Моделирование глобальной ише-мии головного мозга путем била-теральной окклюзии сонных арте-рий у бодрствующих гипертензив-ных крыс (SHR-SP). Бюл. эксперим. биологии и медицины 146 (12), 627–630
  5. Rzhevsky D.I., Zhokhov S.S., Babichenko I.I., Goleva A.V., Goncharenko E.N., Baizhumanov A.A., Murashev A.N., Lipkin V.M., Kostanyan I.A. (2005). HLDF-6 peptide affects behavioral reactions and organism functions dependent on androgen hormones in normal and castrated male mice. Regul. Pept. 127 (1-3), 111–21 [+]

    The hexapeptide Thr-Gly-Glu-Asn-His-Arg (HLDF-6), which was first identified as an active fragment of the human leukemia differentiation factor (HLDF) molecule, displays differentiation-inducing, neuroprotective and anti-drug abuse activities. Most of its in vivo effects were revealed only on male animals. We have studied HLDF-6 effects on a variety of organism functions and behavioral reactions, which are known to be dependent on androgen steroid hormones, both on castrated and normal (sham-operated) animals. Male NMRI mice were castrated or sham-operated at the age of 55 days (after puberty). After that, HLDF-6 peptide was injected daily during 3 weeks, followed by behavioral, morphological and biochemical testing. HLDF-6 increased testosterone level (1.5- to 2-fold) both in sham-operated and castrated animals. Sexual activity and pain sensitivity, which are strongly reduced in castrates, were completely or partially recovered by HLDF-6. At the same time, the peptide caused some effects similar to castration in sham-operated animals: aggression and locomotor activity were decreased; oral grooming was prolonged. Morphological studies of accessory sex glands showed that HLDF-6 partially normalizes the morphology and functional activity of seminal vesicles in castrates, but it does not prevent castration-induced apoptosis of prostate epithelial cells. Based on these observations, we can assume that HLDF-6 peptide displays at least two effects on androgen hormones metabolism in males: it stimulates testosterone biosynthesis by both testes and adrenals and simultaneously inhibits its conversion to dihydrotestosterone (DHT), most probably by diminution of 5alpha-reductase isoform 1 mRNA expression.