Abstract:We examined the effect of GH supplementation on the psychological capacity and sense of well-being in 36 patients with adult-onset GH deficiency (GHD). Recombinant human GH was given in a 21-month cross-over, double blind trial, and quality of life was assessed by using three self-rating questionnaires: the Hopkins Symptom Check List (HSCL), the Nottingham Health Profile (NHP), and the Psychological General Well-Being index. In addition, at the final examination the spouses completed a short questionnaire conc… Show more
“…Future clinical and mechanical studies are needed to understand the importance of headgear in protection of hypopituitarism due to sports related head trauma and to develop safer headgears. GH deficiency in adults is a well defined clinical entity and associated with abnormal body composition, decreased energy level, decreased exercise performance, impaired lipid profile, altered cardiac function and impaired quality of life including cognitive function [7,8]. After GHRT improvements in most of these parameters have been demonstrated in previous studies [7,9].…”
Section: Discussionmentioning
confidence: 99%
“…GH deficiency in adults is a well defined clinical entity and associated with abnormal body composition, decreased energy level, decreased exercise performance, impaired lipid profile, altered cardiac function and impaired quality of life including cognitive function [7,8]. After GHRT improvements in most of these parameters have been demonstrated in previous studies [7,9]. Retired amateur boxers with lower IGF-I, higher leptin levels, and increased abdominal fat ratio were shown to have increased risk for cardiovascular disorders than young boxers with normal IGF-I levels and normal body composition [10].…”
Traumatic brain injury (TBI) has been recently recognized as a leading cause of pituitary dysfunction. Current data clearly demonstrated that sports related head trauma due to boxing, kickboxing, and soccer might results in pituitary hormone deficiencies, isolated growth hormone (GH) deficiency in particular. In the present report physiologic dose GH replacement therapy (GHRT) was performed in two GH deficient retired amateur boxers for the first time. The boxers received recombinant GH for 6 months. After 6 months of GHRT there were substantial improvements, but not complete normalization, in the body composition parameters, lipid profiles and quality of life scores in both boxers. These preliminary results suggest that GHRT may have beneficial effects in retired boxers with severe isolated GH deficiency due to sports related head trauma. But more data with higher number of boxers and longer GHRT duration are warranted.
“…Future clinical and mechanical studies are needed to understand the importance of headgear in protection of hypopituitarism due to sports related head trauma and to develop safer headgears. GH deficiency in adults is a well defined clinical entity and associated with abnormal body composition, decreased energy level, decreased exercise performance, impaired lipid profile, altered cardiac function and impaired quality of life including cognitive function [7,8]. After GHRT improvements in most of these parameters have been demonstrated in previous studies [7,9].…”
Section: Discussionmentioning
confidence: 99%
“…GH deficiency in adults is a well defined clinical entity and associated with abnormal body composition, decreased energy level, decreased exercise performance, impaired lipid profile, altered cardiac function and impaired quality of life including cognitive function [7,8]. After GHRT improvements in most of these parameters have been demonstrated in previous studies [7,9]. Retired amateur boxers with lower IGF-I, higher leptin levels, and increased abdominal fat ratio were shown to have increased risk for cardiovascular disorders than young boxers with normal IGF-I levels and normal body composition [10].…”
Traumatic brain injury (TBI) has been recently recognized as a leading cause of pituitary dysfunction. Current data clearly demonstrated that sports related head trauma due to boxing, kickboxing, and soccer might results in pituitary hormone deficiencies, isolated growth hormone (GH) deficiency in particular. In the present report physiologic dose GH replacement therapy (GHRT) was performed in two GH deficient retired amateur boxers for the first time. The boxers received recombinant GH for 6 months. After 6 months of GHRT there were substantial improvements, but not complete normalization, in the body composition parameters, lipid profiles and quality of life scores in both boxers. These preliminary results suggest that GHRT may have beneficial effects in retired boxers with severe isolated GH deficiency due to sports related head trauma. But more data with higher number of boxers and longer GHRT duration are warranted.
“…GH replacement therapy has improved psychological capabilities in young as well as adult GH-deficient (GHD) patients (1,2). Young GHD patients suffer from sleep disturbances and are psychologically immature (3).…”
mentioning
confidence: 99%
“…Untreated adult GHD patients exhibit general fatigue, lack of concentration, memory disabilities, and overall, a diminished subjective well being (4)(5)(6). Treatment of adult GHD patients with recombinant human GH is reported to induce increased psychological well being (1,2,5,7,8) and to improve cognitive efficiency and memory function (7)(8)(9). GH is also shown to affect learning processes and memory function in rats.…”
Studies were conducted to evaluate the effects of s.c. injected recombinant human growth hormone (GH) on the expression of the gene transcript of N-methyl-D-aspartate receptor subunits type 1 (NR1), type 2A (NR2A), and type 2B (NR2B) in the male rat hippocampus. The GH-induced effects on the expression of hippocampal gene transcripts of GH receptor (GHR) and GH-binding protein were also examined. Male Sprague-Dawley rats, kept in four groups of two different ages, was treated with the hormone or saline during 10 days before decapitation and tissue dissection. Brain tissues collected were analyzed for mRNA content by using the Northern blot technique. The results indicated that in adult young rats (11 weeks of age) the hormone elicited a decrease in the mRNA expression of NR1 but an increase in that of the NR2B subunit. In elderly adult rats (57-67 weeks of age) GH induced an increase in the expression of the hippocampal message for NR1 and NR2A. Meanwhile, the hormone induced a significant up-regulation of the GHR transcript in hippocampus of adult young rats but not in elderly adult rats. It was further found that a significant positive correlation exists between the level of GHR mRNA and the expression of the NR2B subunit transcript in adult young rats. The GH-induced increase in the expression of hippocampal mRNA for the NR2B subunit is compatible with a previously observed memory promoting effect seen for the hormone, because overexpression of this N-methyl-D-aspartate receptor subunit is shown to enhance cognitive capabilities.
“…The syndrome consists of the variable presence of increased body fat and decreased lean body mass, decreased bone mass and incresed fracture rate,impired cardiac function and reduced muscle strength.GHD in adults shares a number of characteristics of the metabolic syndrome including hypertension, abdominal obesity, insulin resistance, dyslipidemia and enhanced thrombotic factors.In addition, quality of life is impaired, with reduction in physical and mental energy, increased anxiety, dissatisfaction with body image and poor memory [24][25][26]. There is evidence of increased cardiovascular mortality in hypopituitary patients without GH therapy [27].…”
Section: What Are Adult Strategies In Gh Replacement?mentioning
Recent studies have demonstrated that hypopituitarism, and in particular growth hormone deficiency (GHD), is common among survivors of traumatic brain injury (TBI) tested several months or years following head trauma. In addition, it has been shown that post-traumatic neuroendocrine abnormalities occur early and with high frequency. These findings may have significant implications for the recovery and rehabilitation of patients with TBI. The subjects at risk are those who have suffered moderate-to severe head trauma although mild intensity trauma may precede hypopituitarism also. Particular attention should be paid to this problem in children and adolescents. GH deficiency is very common in TBI, particularly isolated GHD. For the assessment of the GH-IGF axis in TBI patients, plasma IGF-I concentrations plus GH response to a provocative test is mandatory. Growth retardation secondary to GHD is a predominant feature of GHD after TBI in children. Clinical features of adult GHD are variable and in most obesity is present. Neuropsychological examinations of patients with TBI show that a significant portion of variables like attention, concentration, learning, memory, conceptual thinking, problem solving and language are impaired in patients with TBI. In the few case reports described, hormone replacement therapy in hormone deficient head-injured patients resulted in major neurobehavioral improvements. Improvements in mental-well being and cognitive function with GH replacement therapy in GHD adults have been reported. The effect of GH replacement in posttraumatic GHD needs to be examined in randomized controlled studies.
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