No abstract available.
Hemoptysis*

No abstract available.
Heterotaxy Syndrome*

Sleep-related painful erection (SRPE) is characterized by deep penile pain accompanied with erection occurring rapid eye movement (REM) movement period. Two (47-year-old and 40-year-old, respectively) male visited with the complaint of painful penile erection occurring during sleep. They had no problems with erection during daytime sexual activities except for mild premature ejaculation in one patient. Urologic inspections revealed no focal abnormalities. Polysomnography with simultaneous penile erection monitoring showed several episodes of awakening with painful erection which are time-locked to onset of REM sleep periods. According to the diagnostic criteria in international classification of sleep disorders, each patient was diagnosed to have chronic, severe SRPE. Despite of a low prevalence of SRPE, this condition should be considered in a patient who presents with nocturnal penile. A polysomnography accompanied with penile erection recording may help confirm diagnosis.
Adult ; Classification ; Diagnosis ; Humans ; Male ; Penile Erection ; Polysomnography ; Premature Ejaculation ; Prevalence ; REM Sleep Parasomnias* ; Sexual Behavior ; Sleep Wake Disorders ; Sleep, REM

The ultimate goal of periodontal therapy is the regeneration of periodontal tissue and repair of function. For more than a decade there have been many efforts to develop materials and bioactive molecule(such as growth factor and differentiation factors) to promote periodontal wound healing. Among the bioactive molecules, bone morphogenetic protein(BMP) was studied for periodontal wound healing. Since Urist demonstrated that demineralized bone matrix could induce the formation of cartilage and bone in ectopic site, many studies on BMP have been reported. Among those BMPs, it was reported that rhBMP-2 enhanced the healing of bone defects in animal studies and clinical studies. However, its efficacy in periodontal regeneration, especially 1-wall intrabony defects is still unknown. The purpose of this study was to examine the effect of rhBMP-2/ACS on the epithelial migration, gingival connective tissue adhesion, cementum formation, alveolar bone regeneration in intrabony defects of dogs. Four millimeter deep and four millimeter wide 1-wall defects were surgically created in the mesial aspects of the 3rd incisors. The test group received rhBMP-2/ACS with a flap procedure and the control underwent buffer/ACS with a flap procedure. Histologic analysis after 8 weeks of healing revealed the following results: 1. The length of epithelial growth(the distance from alveolar crest to the apical end of JE) was 0.9+/-1.5mm in the control group and 1.2+/-1.4mm in the test group. There was no statistically significant difference between the two groups. 2. The length of connective tissue adhesion was 2.4+/-1.3mm in the control group and 1.2+/-1.1mm in the test group. The control group showed significantly enhanced adhesion(P<0.05). 3. The length of new cementum was 0.9+/-1.0mm in the control group and 1.7+/-0.8mm in the test group. The test group showed significantly enhanced cementum regeneration(P<0.05). 4. The length of new bone height was 1.9+/-0.6mm in the control group and 2.4+/-0.9mm in the test group. There was no statistically significant difference between the two groups. 5. The new bone area was 4.7+/-1.7mm2 in the control group and 8.0+/- 2.0mm2 in the test group. The test group showed significantly enhanced bone formed area(P<0.05). 6. The new bone density was 73.0+/-8.6% in the control group and 66.6+/- 15.3% in the test group. There was no statistically significant difference between the two groups. These results suggest that the use of rhBMP-2 in 1-wall intrabony defects has significant effect on new cementum and new bone formation area, but doesn't have any significant effect on the prevention of junctional epithelium migration and new bone formation height.
Dogs ; Animals

Recently, it was reported that enamel matrix derivative may be beneficial in periodontal regeneration procedures in expectation of promoting new bone and cementum formation. The aim of present study was to evaluate the effect of enamel matrix derivative(Emdogain?)and Caso4 sulfate paste in 1-wall intrabony defects in beagle dogs. Surgically created 1-wall intrabony defects were randomly assigned to receive root debridement alone or Emdogain(R) or Emdogain(R) and Caso4. Clinical defect size was 4 X 4mm. The control group was treated with root debridement alone,and Experimental group I was treated with enamel matrix derivative application, and Experimental group II was treated with enamel matrix derivative and Caso4 sulfate paste application,. The healing processes were histologically and histometrically observed after 8 weeks and the results were as follows : 1. The length of junctional epithelium was 0.41+/-0.01mm in the control group, 0.42+/-0.08mm in the experimental group I and 0.50+/-0.13mm in the experimental group II. 2. The connective tissue adhesion was 0.28+/-0.02 mm in the control group, 0.13+/-0.08mm in the experimental group I and 0.19+/-0.02 mm in the experimental group II. 3. The new cementum formation was 3.80+/-0.06 mm in the control group, 4.12+/-0.43mm in the experimental group I and 4.34+/-0.71mm in the experimental group II. 4. The new bone formation was 1.43+/-0.03mm in the control group, 1.53+/-0.47 mm in the experimental group I and 2.25+/-1.35mm in the experimental group II. Although there was limitation to present study, the use of enamel matrix derivative in the treatment of periodontal 1-wall intrabony defect enhanced new cementum and bone formation. Caso4 sulfate paste will be the candidate for carriers to deliver enamel matrix derivative, and so enhance the regenerative potency of enamel matrix derivative.
Animals ; Calcium Sulfate* ; Calcium* ; Connective Tissue ; Debridement ; Dental Cementum ; Dental Enamel* ; Dogs* ; Epithelial Attachment ; Osteogenesis ; Regeneration

The main goal of periodontal therapy is the regeneration of periodontal tissue which has been lost due to destructive periodontal diseases. Although conventional forms of periodontal therapy show sound clinical results, the healing results in long junctional epithelium. There have been numerous materials and surgical techniques developed for new attachment and bone regeneration. Bone grafts can be catagorized into; autografts, allografts, xenografts and bone substitutes. Synthetic bone substitute materials include hydroxyapatite, tricalcium phosphate, calcium carbonate, and Plaster of Paris. Calcium sulfate has found its use in dental practice for the last 30 years. Recent animal studies suggest that periodontal regeneration in 3 wall intrabony defect may be enhanced by the presence of calcium sulfate. And it is well known that 2 wall & 1 wall defect have less osteogenic potential, So we need to study the effect of calcium sulfate in 1 wall intrabony defect in dogs. The present study evaluates the effects of calcium sulfate on the epithelial migration, alveolar bone regeneration and cementum formation in intrabony defects of dogs. Four millimeter-deep one-wall intrabony defects were surgically created in the mesial aspect of anterior teeth and mesial & distal aspects of premolars. The test group received calcium sulfate grafts with a flap procedure. The control underwent flap procedure only. Histologic analysis following 8 weeks of healing revealed the following results: 1. The lengths of junctional epithelium were; 2.52mm in the control, and 1.89mm in the test group. There was no statistical significance between the two groups. 2. Alveolar bone formation were; 0.61mm in the control, and 1.88mm in the test group. There was a statistically significant difference between the two groups (p<0.05). 3. Cementum formations were; 1.1mm in the control, and 2.46mm in the test group. There was a statistically significant difference between the two groups (p<0.05). 4. The length of CT adhesion were; 0.97mm in the control, and 0.17mm in the test group. There was no statistically significant differences between the two groups These results suggest that the use of calcium sulfate in intrabony defects has little effect on junctional epithelium migration, but has significant effects on new bone and new cementum formations.
Allografts ; Animals ; Autografts ; Bicuspid ; Bone Regeneration ; Bone Substitutes ; Calcium Carbonate ; Calcium Sulfate* ; Calcium* ; Dental Cementum ; Dogs* ; Durapatite ; Epithelial Attachment ; Heterografts ; Osteogenesis ; Periodontal Diseases ; Regeneration ; Tooth ; Transplants

BACKGROUND/AIMS: The aim of this study is to evaluate defecographic and anorectal manometric findings in patients with rectocele and to identify associated pelvic floor findings. METHODS: We reviewed defecography in 90 patients (all females;mean age, 44.7 years) with rectocele, who were collected from 427 patients who underwent defecography. We also reviewed a colon transit time study, and an anorectal manometry examination. 56 healthy volunteers (mean age 36.5, female 30, male 26) were studied. RESULTS: In the patient group, the depth of rectocele was 2.92+/-0.89 cm, while in the control group, it was 1.62+/- 0.66 cm (p value < 0.001). The mean rest, squeezing, and straining centroid anorectal angle(degrees) in both groups were: 99.7+/-19.3 vs. 126.2+/-19.3; 120.4+/-15.8 vs. 111.5+/-18.9; 132.2+/-14.6 vs. 141.0+/-15.7 (p < 0.05). The mean pelvic floor descent(cm) during rest, squeezing and straining were: 5.90+/-1.26 vs. 5.08+/-1.28 (p < 0.01); 4.89+/- 1.17 vs. 3.65+/-1.13(p < 0.01); 8.61+/-1.6 vs. 7.27+/-1.39(p < 0,001). In 60 of the 90 patients with rectocele, the mean barium trap was 32.7% after defecation. The mean maximal anal resting pressure and squeezing pressure(mmHg) in both groups were: 85.8+/-25.3 vs 47.1+/-9.3(p < 0.01); 138.9+/-35.14 vs. 92.7+/-28.1(p < 0.01). The mean anal canal was opened to 2.52cm in patients with rectocele and to 2.47cm in control subjects during defecation. Associated findings were a pelvic spastic syndrome in 16, pelvic descent syndrome in 37, rectoanal intussusception in 37 and rectal prolapse in 4 of the patients. Colon transit time was more prolonged in the patient group than the control group. CONCLUSIONS: Rectocele may be associated with various pelvic floor diseases. Careful preoperative investigations are important before surgical treatment of rectocele.
Anal Canal ; Barium ; Colon ; Defecation ; Defecography ; Female ; Healthy Volunteers ; Humans ; Intussusception ; Male ; Manometry ; Muscle Spasticity ; Pelvic Floor Disorders ; Pelvic Floor* ; Rectal Prolapse ; Rectocele* ; Time and Motion Studies

This study was investigated to observe the effect of Treponema denticola cell sonicates(TDC) and Treponema lecithinolyticum cell sonicates(TLC) on cytokine secretion and matix metalloproteinase-2(MMP-2) activation of cultured human gingival fibroblast. Several experiments were performed including IL-1beta, IL-6 ELISA for the effect on the IL-1beta, IL-6 secretion of human gingival fibroblast. Also gelatinase zymography and gelatin dissolubility test for the activation of MMP-2 secreted by gingival fibroblast. The results were as follows. 1.The effect of TDC and TLC on IL-6 secretion of human gingival fibroblast showed statistically significant increase of IL-6 secretion in the TDC and TLC treated group compared to no treatment group(p<0.05) . 2.The amount of IL-1beta secretion was below the lower limit and there was no difference in the IL-1beta secretion of gingival fibroblast between TDC, TLC treated group and no treatment group. 3.The active form of pro MMP-2 with 72 kDa molecular weight was activated in both TDC and TLC treated group and clear band was appeared at 62kDa site on the zymography. 4.Gelatin dissolubility of MMP-2 secreted by gingival fibroblast was higher in TDC and TLC treated group compared to no treatment group(p<0.05). 5.In the TDC treated group, serine protease of T. denticola affect gelatin dissolubility. But in the TLC treated group gelatin was degraded by only MMP secreted by gingival fibroblast. Regarding to the above results, TDC and TLC have an effect on the IL-6 secretion increase of human gingival fibroblast and appears to activate pro MMP-2 which degrades collagen.
Humans

No abstract available.
Humans ; Multiple Myeloma ; Plasma Cells ; Plasma ; Precursor Cell Lymphoblastic Leukemia-Lymphoma

BACKGROUND: Autophagy is an important adaptive mechanism in normal development and in response to changing environmental stimuli in cancer. Previous papers have reported that different types of cancer underwent autophagy to obtain amino acids as energy source of dying cells in nutrient-deprived conditions. However, whether or not autophagy in the process of lung cancer causes death or survival is controversial. Therefore in this study, we investigated whether nutrient deprivation induces autophagy in human H460 lung cancer cells. METHODS: H460, lung cancer cells were incubated in RPMI 1640 medium, and the starved media, which are BME and RPMI media without serum, including 2-deoxyl-D-glucose according to time dependence. To evaluate the viability and find out the mechanism of cell death under nutrient-deprived conditions, the MTT assay and flow cytometry were done and analyzed the apoptotic and autophagic related proteins. It is also measured the development of acidic vascular organelles by acridine orange. RESULTS: The nutrient-deprived cancer cell is relatively sensitive to cell death rather than normal nutrition. Massive cytoplasmic vacuolization was seen under nutrient-deprived conditions. Autophagic vacuoles were visible at approximately 12 h and as time ran out, vacuoles became larger and denser with the increasing number of vacuoles. In addition, the proportion of acridine orange stain-positive cells increased according to time dependence. Localization of GFP-LC3 in cytoplasm and expression of LC-3II and Beclin 1 were increased according to time dependence on nutrient-deprived cells. CONCLUSION: Nutrient deprivation induces cell death through autophagy in H460 lung cancer cells.
Acridine Orange ; Amino Acids ; Autophagy ; Cell Death ; Cytoplasm ; Flow Cytometry ; Humans ; Lung Neoplasms ; Malnutrition ; Organelles ; Proteins ; Vacuoles