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A: self-medication is the treatment of common health problems with tuscalman berna especially designed and labeled for use without medical supervision and approved as safe and effective for such use. Marijuana go on to use other drugs, further research is needed to predict who will be at greatest risk. Q: How can you tell if someone has been using marijuana? A: If someone is high on marijuana, he or she might * seem dizzy and have trouble walking; * seem silly and giggly for no reason; * have very red, bloodshot eyes; and * have a hard time remembering things that just happened. When the early effects fade, over a few hours, the user can become very sleepy. Q: Is marijuana sometimes used as a medicine? A: There has been much talk about the possible medical use of marijuana. Under U.S. law since 1970, marijuana has been a Schedule I controlled substance. This means that the drug, at least in its smoked form, has no commonly accepted medical use. THC, the active chemical in marijuana, is manufactured into a pill available by prescription that can be used to treat the nausea and vomiting that occur with certain cancer treatments and to help AIDS patients eat more to keep up their weight. According to scientists, more research needs to be done on marijuana's side effects and potential benefits before it is used medically with any regularity. -Marijuana Fact: Marijuana and driving do not mix. Users often have delayed responses to sights and sounds drivers need to notice, because methyl testosterone.
NATURALLY OCCURRED MUTATION OR EXPERIMENTALLY INDUCED CRYPTORCHIDISM AS MODELS FOR INVESTIGATING THE ROLE OF ESTROGENS IN MALE MICE It is well known that both internal and external factors may affect the normal endocrine balance and cause some defects in human and animal male reproductive tracts. The excess estrogens have been reported to be associated with a series of male reproductive disturbances, such as cryptorchidism, epididymal defects, impaired fertility and increased incidence of testicular cancer [48]. These data provide the molecular link concerning estrogen-induced cryptorchidism and support the hypothesis that excess estrogen may be a causal factor in improper testicular descent. Since high levels of estrogens have been found in the males with impaired spermatogenesis, the alterations in aromatase expression and changes in distribution of estrogen receptors were of special importance in cryptorchid testis. In mice of KE and CBA strains that have been made unilaterally cryptorchid, the staining for aromatase was always stronger in comparison to those of the control males [4] as it was in testes of patients with Klinefelter' syndrome [31]. In a further study [33] it was important to show whether in Leydig cell in vitro the alterations caused by cryptorchidism are involved in either testosterone secretion or testosterone metabolism. In cultured Leydig cells of cryptorchid mice, all immunostainings were always of stronger intensity than those in the cells of respective controls. An increase in immunostaining intensity for aromatase and higher estrogen level was also observed in testicular cells of mice with a partial deletion in the long arm of the Y chromosome, B10. BR-Ydel ; , as well as in cultured Leydig cells of the mouse mutant strain, in comparison to those that derived from control mice B10. BR; [32] ; . In transgenic mice with aromatase overexpression that looked like cryptorchid, Leydig cell hypertrophy and hyperplasia has frequently been found [39]. This could also be anticipated from our in vitro study, in which it was found that the cells isolated from cryptorchid males were larger in size than those of the respective controls. Cryptorchidism appeared to be a cause of a distinct increase in testosterone metabolism rather than impairment of testosterone secretion by KE-Leydig cells in vitro. The Cook County Bureau of Health Hektoen Institute Chicago ; The Jewish Hospital Cincinnati Cincinnati, OH ; The Mount Sinai Hospital of Chicago Chicago ; Washington University in St. Louis St. Louis, MO, because effects of low testosterone.

Human PGP cDNA was introduced into a clonal population of LLC-PK1 cells in a vector which confers resistance to hygromycin B. LLC-PK1 cells were propagated in Medium 199 supplemented to 7% with fetal bovine serum. Caco-2 cells were propagated in DMEM supplemented to 10% with fetal bovine serum. LLC-PK1 cell based transport studies were conducted in 24 well TranswellsTM Corning Costar ; . Cells were seeded at 4 x 104 cells per insert and used for transport studies 4 to 8 days post seeding. Transport was measured under sink conditions in both the apical to basolateral A to B ; and basolateral to apical B to A ; directions. At least duplicate monolayers were used per determination. Quantitation of the amount of compound transported was by liquid scintillation counting verapamil, cyclosporin A, testosterone, vinblastine and drug X ; or HPLC with UV detection nifedipine and paclitaxel ; . Human PGP cDNA was expressed in insect cells using a baculovirus vector. Membranes were prepared according to the method of Sarkadi et al., 1992 ; and stored at 80oC until use. ATPase assays were conducted in 96 well microtiter plates. The assays were conducted using a modification of the methods of Sarkadi et al., 1992 and Druekes et al., 1995 ; . The initial assay volume was 0.06 mL and the incubation time was 20 minutes. Incubations were conducted in duplicate with and without the presence of sodium vanadate. The assay was stopped by the addition of 0.2 mL of SDS developing reagent. The response was measured by absorbance at 800 nm and quantitated by comparison to a standard curve for potassium phosphate. Viaderm KC triamcinolone ; Vioform Hydrocortisone hydrocortisone ; S4-1b. Virilon testosterone ; S8 P3 P2. Viskazide hydrochlorothiazide, pindolol ; P2. Visken pindolol ; Volital pemoline ; S1. S9. Westcort hydrocortisone ; S9. Winpred prednisone ; S4-1a. Winstrol stanozolol ; Wyamine mephentermine ; S1. S1. XTC S4.2. Zeranol S8 P3. Zestoretic hydrochlorothiazide and tylenol!

July, 1977 and March, 1980 fulfilled the criteria for inclusion in this study. Twenty-two percent of these men had laboratory evidence of androgen deficiency testosterone levels below 264 ng dl ; or hyperprolactinemia PRL concentrations in excess of 15 ng and NPT was in 62% of the patients. Abnormal NPT occurred with abnormal or PRL 25 centage nificantly found in 11 to the abnormal 12 men.
TABLE III Factors Influencing Response to GH Therapy Univariate Parameter r Age at treatment Duration Corrected HSDS BA CA GH dose Peak GH GV first year 0.13 0.20 0.55 Height SDS p NS 0.004 0.001 0.002 NS NS NS Multivariate Height SDS Beta Corrected HSDS BA CA Duration Peak GH GV first year R2 0.58 0.17 0.27 p 0.001 NS 0.02 48.1% Increase in height SDS Beta 0.28 0.44 0.12 p 0.001 NS 0.001 r 0.17 0.42 0.35 Increase in height SDS p NS 0.001 0.08 NS 0.02 0.001 and valium, for example, testosterone magazine.

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Exogenous androgen to post-metamorphic frogs induces laryngeal myoblast proliferation Sassoon et al. 1986 ; . Treatment with the anti-androgen flutamide during the first three months after metamorphosis prevents expected laryngeal muscle fiber addition in males Sassoon and Kelley, 1986 ; . Prior studies also suggest that the ability of laryngeal cells to proliferate in response to testosterone decreases with age Sassoon and Kelley, 1986 ; . In these experiments, developing male and female frogs received testosterone implants and incorporation of tritiated thymidine into DNA from whole larynges was measured. Because this study Sassoon and Kelley, 1986 ; used the entire larynx, and because testosterone induces chondrogenesis as well as myogenesis Sassoon et al. 1986 ; , we could not determine to what extent testosterone stimulated cell addition in muscle specifically. We undertook the present study to answer this question and to determine whether there is a specific hormone-sensitive period during which the presence of gonadal androgen is required for addition of muscle fibers in males. If so, this period could provide a window of opportunity for masculinization of muscle fiber number in females. Three sets of experiments were carried out. First. Responses, we selected several compounds for further analysis with four independent samples per data point. In the presence of testosterone, either the synthetic chemicals had no effect lowpotency compounds ; , or they slightly increased the expression level of the pS2 mRNA Figure 3, Table 1 ; . In contrast, and to our surprise, most of the phytoestrogens reduced the level of the pS2 mRNA at concentrations below those where they showed an estrogenic response Figures 3 and 4 ; . At higher concentrations, the estrogenicity of the phytoestrogens again increased the estrogenicity in the cultures Figures 3 and 4 ; . Because we measured aromatase inhibition and estrogenicity simultaneously, the resulting curves were the sum of two curves, one similar to that of Anastrozole showing decreasing expression due to aromatase inhibition, and one showing increasing expression due to the estrogenicity of the phytoestrogens. Combined, this resulted in U-shaped doseresponse curves Figures 3 and 4 ; . This U-shaped dose response was most pronounced with biochanin A, with an estimated level of 97.2% SE, 90.1105.0% ; of the testosterone response at 1 nM, 64.5% SE, 59.869.7% ; at 0.1 M, and 109.5% SE, 102.0117.5% ; at 10 M. The statistical significance of the difference between the response level at 1 nM and 0.1 M concentrations gave a p-value of 0.00013. A similar test of the difference between levels at 0.1 and viagra.

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It can also be abused, and recent scandals have involved athletes who use the hormone, or steroids that turn into testosterone in the body, for an unfair advantage. Knowledge Level Respondents were asked to rate their knowledge level of crack cocaine on a scale, and 50% stated they knew a lot about the substance. 32% stated they knew a moderate amount, 16% knew little, and 2% knew nothing about crack cocaine. However, 84% of those interviewed were familiar with the ingredients to make crack. An astonishing number of 100% of respondents were currently using or had been past users of crack cocaine. Furthermore, when asked what their first time method of use was, 86% had smoked the drug, 56% had injected, 8% snorted, and 6% had used it orally. When asked when they had first tried crack cocaine, the highest number 36% ; said between 15 and19 years old, followed by 26% for ages 25-30, 20% for ages 20-24, 10% ages 10-14 and 8% for above 30 and xanax.
Analogues -- for two reasons. The first is that they neutralize the flare effect that occurs during the first few weeks of LHRH analogue therapy. The second is a little more complex and controversial. Because some male hormones are produced outside the testicles, particularly in the adrenal glands, LHRH analogues can't get rid of them entirely on their own. So antiandrogens have been added to LHRH analogue therapy to stop them all called total androgen blockade ; . The benefits are small and there's an increase in side effects. But after many trials, it appears that adding them does have a minor effect on life expectancy -- a 3 to 5% higher survival rate in patients whose cancer has spread to the bone. Antiandrogens have also been used on their own, without LHRH analogues. The main advantage is that libido and erections are preserved; the disadvantage is breast enlargement and tenderness. There's also some concern that this approach may be less effective in terms of survival than LHRH analogues. Studies using high-dose bicalutamide Casodex ; have, however, reported survival rates equivalent to those with LHRH analogues in patients showing no evidence of spread to the bone see box, page 17 ; . Side effects Androgen ablation causes a group of symptoms known as the "androgen deprivation syndrome." The effects include loss of libido and eventually of erections, decrease in energy and hot flashes. Over time, other problems involve loss of bone density and muscle mass, mood swings and depression, and changes in cholesterol and triglycerides. For patients whose prostate cancer has spread to the bones, the side effects of HT are a small price to pay for a few extra years. But now that men diagnosed with recurring cancer can expect to live for 10 to 15 years, the consequences of no testosterone can add up. For example, in a recent study, 50% of men in the androgen ablation group had broken a bone due to osteoporosis loss of bone density ; after nine years, compared to 10% of the group not on hormonal therapy. There's also the possibility that continued on page 16.
All health professionals including paramedics must obtain consent prior to treatment: 1. 2. 3. Implied Consent presumed consent ; covers necessary lifesaving procedures that it is presumed any reasonable person would wish to have when they are unable to give consent. Implied Consent is also used for simple procedures such as blood glucose determination when the patient puts out their arm after the procedure is announced. Informed Consent is usually a more formal process and can be either verbal or written and is detailed below. Consent must relate to the treatment Consent must be informed Consent must be given voluntarily and must not have been obtained through misrepresentation or fraud and zanaflex. CYP450 Substrate CYP1A2 Luciferin-ME CYP1A2 imipramine 1 ; CYP1A2 ethoxyresorufin 1 ; CYP2C9 Luciferin-H CYP2C9 diazepam 1 ; CYP2C9 phenanthrene 1 ; CYP2C19 Luciferin-H EGE CYP2C19 S-mephenitoin 4 ; CYP2D6 Luciferin-ME EGE CYP2D6 diazepam 1 ; CYP2D6 imipramine 1 ; CYP3A4 Substrate B CYP3A4 testosterone 1 ; CYP3A4 phenanthrene 1 ; CYP3A4 BFC 3 ; CYP3A4 dibenzylfluor. 3. Pesomax pesomax is an injectable form of dihydrotestosterone and is very popular in europe and zovirax.

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Androgen is the name given to the predominantly male steroid sex hormones that stimulate the development of male sex organs, and male secondary sexual characteristics, by acting at receptors on target tissues. In men, they are produced primarily by the testes, and the main form is called testosterone. However, in both men and women, androgens are also produced by the adrenal glands, and in women small quantities are also secreted by the ovaries. An excessive amount in women causes masculinisation. There are also a number of synthetic androgens, and forms of natural hormone, used in medicine. They can be administered to make up hormonal deficiency e.g. delayed puberty and may also be used as anticancer treatment for sex-hormone-linked cancers e.g. breast cancer in women ; see ANTINEOPLASTIC AGENTS ; . Feminising actions, particularly gynaecomastia, can occur in men receiving anabolic androgens. Some androgen derivatives cause dose-related cholestatic jaundice and are not licensed for use in some countries. Tsetosterone is used therapeutically to treat hormonal deficiency, for instance in cases of delayed puberty in boys, for certain cancers e.g. breast cancer in women ; , and for HRT hormone replacement therapy ; in. Dht is the agent associated with male-pattern baldness and prostate disease, and any tissue that picks up testostrrone is able to convert it to dht inside the cell, yielding the benefits of dht without requiring any certain serum level and avoiding potential side effects and zyban.
American journal of psychiatry 158 2001 ; : 275-28 zoler, mitchel drug update: ssris in social phobia.
In boys, the testosteone spike deepens the voice, causes the testicles to descend, and contributes to the development of other sex characteristics and zyloprim. A 21-year-old woman without history of previous medical problems presented with complaints of acute weakness, shortness of breath, nausea and vomiting since awakening from an 18-hour sleep. She and a male friend, who was staying as a visitor in her home, had attended a party the night before. She denied smoking, alcohol consumption or drug use, but she had gone to bed around midnight and not awaken until around 6 p.m. that day. After this woman had awakened, she left the house while her guest slept in a separate bedroom. She was feeling ill and decided to go to the nearby emergency room, but first returned home to inform her houseguest of her decision. She found him dead in the bedroom, called the EMS for him, and then she was transported by the EMS to the emergency room. In the ER, she was found to have acute pulmonary edema. She was.
Surgery is not a first-line option in the treatment of TB because in most cases, pulmonary TB is curable using modern drug regimens. Surgery is, however, one of the last alternatives available for individuals with certain multidrug-resistant TB strains, in whom chemotherapy has failed or is not possible because of a lack of sufficient and effective medications. 1. INDICATIONS FOR SURGERY and accupril and testosterone, for instance, transdermal testosterone. 44. KRYZHANOVSKAIA, I. I.: Vrachebnoe delo 1955 4 ; : 369. Quoted from Ryss.'8 45. IAKOVLEVA, I. I.: Effect of nicotinic acid on cholesteremia in hypertensive disease and atherosclerosis, and on development of experimental cholesterol atherosclerosis. Ateroscleroz Moscow, Medgiz ; 1953, p. 139. 46. ALTSCHUL, R., HOFFER, A., AND STEPHEN, I. D.: Influence of nicotinic acid on serum cholesterol in man. Arch. Biochem. & Biophys. 54: 558, 1955. PARSONS, W. B., JR., AND FLINN, J. F.: Reduction in elevated blood cholesterol levels by large doses of nicotinic acids. J.A.M.A. 165: 234, 1957. NESTEROV, V. S.: The role of steroid hormones and nicotinic acid in the treatment of angina pectoris. Trudy I Vseross. s'esda terap. 1959. Quoted from Miasnikov.' 49. RATNER, N. A., VINOGRADOV, A. V., AND KIORCHAGINA, N. N.: Nicotinic acid in the therapy of hypertensive disease. Giperton. bolesn' I. Trudy Inst. Terap. AMN, SSSR 1: 162, 1950. SOIBEL, B. T.: Therapy of coronary insufficiency with nicotinic acid. Trudy vsesoiusn. s 'esda terapevtov. Moscow Medgiz ; , 1958, p. 616. 51. RINEHART, J. F., AND GREENBERG, L. D.: Arteriosclerotic lesions in pyridoxine-deficient monkeys. Am. J. Path. 25: 481, 1949. RINEHART, J. F., AND GREENBERG, L. D.: Pathogenesis of experimental arteriosclerosis in pyridoxene-deficiency; with notes on similarities to human arteriosclerosis. Arch. Path. 51: 12, 1951. PORTMAN, 0. W., AND STARE, F. J.: Dietary regulation of serum cholesterol levels. Physiol. Rev. 39: 407, 1960. SHEIKH-ALI, S. F.: Effect of vitamin Be on cholesteremia in patients with atherosclerosis and on the development of experimental atherosclerosis. Ter. Arkh. 31 9 ; : 90, 1959. 55. LUKoMSKII, P. E.: Some questions of prevention and therapy of atherosclerosis. Klinich. Med. 38 8 ; : 82, 1957. 56. MOTOVILOVA, L. P.: The therapeutic use of vitamin B in atherosclerosis. Terap. Arkh. 32 4 ; : 8, 1960. 57. FOMINA, L. G.: Treatment of coronary atherosclerosis with hestosterone combined with vitamin B . Terap. Arkh. 32 10 ; : 58, 1960. 58. IGNATOVA, L. N.: Effect of vitamin B12 on blood lipids and development of experimental atherosclerosis. Ateroskleroz i Infarkt Miokarda Moscow ; 1959, p. 130. 59. IGNATOVA, L. N.: Effect of vitamin B, 2 on blood. The Importance of Physical Activity for Older Adults Losing weight may also bode ill for risk of fractures. Weight loss and weight gain after the age of 50 was studied by Langlois et al.244 to determine the relationship between changes in body weight and the risk of hip fracture in white men aged 67 years or older. Results showed a close association between extreme weight loss 10% or more of body weight ; and increased risk of hip fracture, probably secondary to poor health. A weight gain of 10% or more was associated with a decreased risk for hip fracture. Body composition measures were not performed to note if the gain was primarily lean body mass. Growth Hormone and Exercise Effects on Muscle and Bone There is currently a great deal of popular interest in growth hormone GH ; as a "fountain of youth." It is possible that one of the ways exercise exerts its positive impact on the aging process is by stimulating the body's production of growth hormone. With aging, there is typically a decline in muscle mass and strength. Part of the decline is known to be caused by reduction in physical activity, but there are also corresponding agerelated declines in circulating levels of several hormones known to affect the rate of synthesis of muscle proteins-- GH, insulin-like growth factors IGF-I and IGF-2 ; , testosterone, and dehydroepiandrosterone-sulfate DHEA ; .245, 246 The respective roles that exercise and the declines in these hormones may play in altering changes in skeletal muscle protein are not yet clearly understood.247, 248 Studies have been done to identify independent effects of these hormones. For example, Rudman et al.249 treated healthy men aged 61-81 years who had low IGF-I concentrations with six months of human GH or a placebo. Lean body mass increased and adipose mass decreased in those receiving GH. Similar results were obtained in a later study by Rudman et al.250 where men over 61 years old who had low growth hormone secretion were treated with biosynthetic human growth hormone. Gupta et al.251 administered GH to older men aged 50-65 ; who suffered from postpoliomyelitis syndrome who also had low levels of serum IGF-I. In this case, serum IGF-I levels were raised but there were no improvements in muscle strength. There is some evidence that exercise can modify GH secretion rates and the ability of IGF-I to promote muscle growth, although there are conflicting findings in some studies. Horber et al.252 compared three groups of men untrained young, untrained old, and trained old ; to determine whether body composition changes with advancing age were related to inactivity or reduced growth hormone secretion. The old trained group consisted of men aged 67.4 1.2 years that were physically capable of competing in a 16.5-km race. The old untrained had greater fat mass and lower lean mass than the untrained young or old trained group. The young untrained men had higher IGF-I levels than any of the old men, but the old trained had higher values than old untrained men. The authors concluded that body compositional and metabolic changes with advanced aging may be attenuated by regular physical training. Chadan et al.253 supervised seven healthy 62- to 69-yearold women as they performed four bouts of physical activity on separate occasions at either a low or moderate intensity for either 25 or 50 minutes. GH levels were elevated immediately following the physical activity. Although IGF-I levels were not affected by any activity condition, circulating levels of two binding proteins for IGF-I did increase in response to moderate intensity exercise for 50 minutes, suggesting that exercise may cause the IGF-I that was present to be more biologically active. Exercise also promoted the biological activity of IGF-I in the muscles of old female mice. Willis et al.254 found that IGF-I did not stimulate protein synthesis in isolated in vitro soleus muscle preparation. Following acute exercise of the muscle, however, there occurred an increase in IGFI receptor messenger RNA, with an increased ability of IGF-I to stimulate protein synthesis. The same authors observed similar effects of long-term exercise when old female mice voluntarily exercised in a wheel.255 The exercising mice were found to have an increased muscle mass, an increased IGF-I-stimulated rate of protein synthesis in their soleus muscle, and an increased IGF-I receptor mRNA. Growth hormone has been studied in relation to improvements in muscle mass and strength that follow a resistance-training program. Kraemer et al.256 compared endocrine changes with heavy resistance training in younger vs. older men. Following a 10-week heavy resistance-training program, strength and muscle crosssectional areas were increased in both young and old subjects. Both age groups enhanced their hormonal profile in response to resistance training but the response pattern differed by age group. GH levels were not enhanced in either age group. In the young men, exercise training induced an increase in free testosterone and an increase in resting IGF-binding protein-3. In older men, exercise training did not affect IGF-binding protein-3, but it did induce decreases in resting cortisol levels and increases in total testosterone. Since GH administration increases muscle mass in individuals who are deficient in GH, some healthy subjects and athletes are interested in taking GH to increase their muscle mass and strength. Frisch257 studied the effects of adding GH supplementation to a resistancetraining program by healthy older men and younger men. The improvements in muscle strength obtained by resistance exercise training were not enhanced by additional administration of GH. The larger increases in fat-free mass observed in the GH-treated groups were caused by fluid retention or accumulation of connective tissue, not by an increase in contractile protein. Page 15 and aciphex. 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Bunting, S., Widmer, R., Lipari, T., Rangell, L., Steinmetz, H., CarverMoore, K., Moore, M.W., Keller, G.A., and de Sauvage, F.J. 1997. Normal platelets and megakaryocytes are produced in vivo in the absence of thrombopoietin. Blood 90: 34233429. Clarke, M.C., Savill, J., Jones, D.B., Noble, B.S., and Brown, S.B. 2003. Compartmentalized megakaryocyte death generates functional platelets committed to caspase-independent death. J. Cell Biol. 160: 577 587. de Botton, S., Sabri, S., Daugas, E., Zermati, Y., Guidotti, J.E., Hermine, O., Kroemer, G., Vainchenker, W., and Debili, N. 2002. Platelet formation is the consequence of caspase activation within megakaryocytes. Blood 100: 13101317. Deveaux, S., Cohen-Kaminsky, S., Shivdasani, R.A., Andrews, N.C., Filipe, A., Kuzniak, I., Orkin, S.H., Romeo, P.H., and Mignotte, V. 1997. p45 NF-E2 regulates expression of thromboxane synthase in megakaryocytes. EMBO J. 16: 56545661. Farese, A.M., Hunt, P., Boone, T., and MacVittie, T.J. 1995. Recombinant human megakaryocyte growth and development factor stimulates thrombocytopoiesis in normal nonhuman primates. Blood 86: 5459. Gurney, A.L., Carver-Moore, K., de Sauvage, F.J., and Moore, M.W. 1994. Thrombocytopenia in c-mpl-deficient mice. Science 265: 14451447. Hitchcock, I.S., Skerry, T.M., Howard, M.R., and Genever, P.G. 2003. NMDA receptor-mediated regulation of human megakaryocytopoiesis. Blood 102: 12541259. Italiano Jr., J.E., Lecine, P., Shivdasani, R.A., and Hartwig, J.H. 1999. Blood platelets are assembled principally at the ends of proplatelet processes produced by differentiated megakaryocytes. J. Cell Biol. 147: 12991312. Kaluzhny, Y., Yu, G., Sun, S., Toselli, P.A., Nieswandt, B., Jackson, C.W., and Ravid, K. 2002. BclxL overexpression in megakaryocytes leads to impaired platelet fragmentation. Blood 100: 16701678. Kaushansky, K. 1995. Thrombopoietin: The primary regulator of platelet production. Blood 86: 419431. Kelly, M.J. and Levin, E.R. 2001. Rapid actions of plasma membrane estrogen receptors. Trends Endocrinol. Metab. 12: 152156. Khetawat, G., Faraday, N., Nealen, M.L., Vijayan, K.V., Bolton, E., Noga, S.J., and Bray, P.F. 2000. Human megakaryocytes and platelets contain the estrogen receptor and androgen receptor AR ; : Testowterone regulates AR expression. Blood 95: 22892296. Koenig, H.L., Schumacher, M., Ferzaz, B., Thi, A.N., Ressouches, A., Guennoun, R., Jung-Testas, I., Robel, P., Akwa, Y., and Baulieu, E.E. 1995. Progesterone synthesis and myelin formation by Schwann cells. Science 268: 15001503. Koenig, H.L., Gong, W.H., and Pelissier, P. 2000. Role of progesterone in peripheral nerve repair. Rev. Reprod. 5: 189199. Lecine, P., Italiano Jr., J.E., Kim, S.W., Villeval, J.L., and Shivdasani, R.A. 2000. Hematopoietic-specific 1 tubulin participates in a pathway of platelet biogenesis dependent on the transcription factor NF-E2. Blood 96: 13661373. McEwen, B., Akama, K., Alves, S., Brake, W.G., Bulloch, K., Lee, S., Li, C., Yuen, G., and Milner, T.A. 2001. Tracking the estrogen receptor in neurons: Implications for estrogen-induced synapse formation. Proc. Natl. Acad. Sci. 98: 70937100. Nagahisa, H., Nagata, Y., Ohnuki, T., Osada, M., Nagasawa, T., Abe, T., and Todokoro, K. 1996. Bone marrow stromal cells produce thrombopoietin and stimulate megakaryocyte growth and maturation but suppress proplatelet formation. Blood 87: 13091316. Nagata, Y., Nagahisa, H., Aida, Y., Okutomi, K., Nagasawa, T., and Todokoro, K. 1995. Thrombopoietin induces megakaryocyte differentiation in hematopoietic progenitor FDC-P2 cells. J. Biol. Chem. 270: 1967319675. Nagata, Y., Muro, Y., and Todokoro, K. 1997. Thrombopoietin-induced polyploidization of bone marrow megakaryocytes is due to a unique regulatory mechanism in late mitosis. J. Cell Biol. 139: 449457. Nagata, Y., Oda, M., Nakata, H., Shozaki, Y., Kozasa, T., and Todokoro, K. 2001. A novel regulator of G-protein signaling bearing GAP activity for G i and G q in megakaryocytes. Blood 97: 30513060. Negrev, N. 1990. Female sex hormones and thrombocytopoiesis. Eksp. Med. Morfol. 29: 5762. Oda, M., Kurasawa, Y., Todokoro, K., and Nagata, Y. 2003. Thrombopoietin-induced CXC chemokines, NAP-2 and PF-4, suppress polyploidization and proplatelet formation during megakaryocyte maturation. Genes Cells 8: 916. Testosterone and anabolic steroids also increase the level of hematocrit, the proportion of the blood which is composed of red blood cells.
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