Three Years Survival Rate of Epithelial Ovarian Cancer Patients in Dr. Kariadi Hospital, Semarang, Central Java

Objectives: to determine the association between prognostic factors of ovarian cancer with a 3-years survival rate of epithelial ovarian cancer patients.Material and Method: Retrospective cohort study was conducted in 90 patients (during 2012) at Dr.Kariadi General Hospital. Kaplan meier, Log rank and Cox regression were used to analyse survival rate and prognostic factors that influence the disease.Result: Overall 3-years survival rate of epithelial ovarian cancer patients were 58.5% (Kaplan meier). Three-years survival rates were 89.3%, 44,4%, and 35.1% for patients in stage I, stage II, and stage III, respectively, and no patient survive up to 3 years in stage IV. Prognostic factors that associated with 3-years survival rate were stage of the disease, ascites, residual tumor, and type of histopathology {p<0,001; p=0,001; p=0,004; p=0,041, respectively (Log rank test)}, whereas age and size of tumor were not associated. After using multivariate analysis (Cox regression) only stage of the disease was associated with 3-years survival rate of epithelial ovarian cancer patients.Conclusion: There were an association between stage of the disease, ascites, residual tumor, type of histopathology, and 3-years survival rate of epithelial ovarian cancer patients. Stage of the disease was a prognostic factor that most influence 3-years survival rate of epithelial ovarian cancer patiens in this study

Growth And Survival Rate Of Western White Prawns (Litopaneaus Vannamei) On Different Salinity

The research was conducted for 30 days from 23 March to 22 April 2015 which was held at the Great Hall Brackishwater Aquaculture Development Jepara, Central Java Province. The aim of this research to determine the different salinity for growth and survival rate of Western white prawns (Litopenaeus vannamei). The method used is the experimental method with completely randomized design (CRD) of the factor with 3 levels a treatment. The treatment was applied, namely P1 of salinity 15 ppt, P2 of salinity 20 ppt, P3 of salinity 25 pptThe best result showed that salinity 15 ppt. Total absolute body weight, absolute body length, daily growth rate and survival rate was 2.09 grams, 6.60 cm, 0.07 grams/day and 94.7 % respectively. Water quality parameters were recorded namely a temperature is 29.1-31.6 oC, pH 7.9-8.1 and dissolved oxygen 3.84- 4.97 ppm

Growth And Survival Rate Of Giant Prawns (Macrobrachium Rosenbergii De Man) On Different Stocking Density

The research was conducted for 30 days from september to october 2014 which was held at the Great Hall of Freshwater Aquaculture Sukabumi, West Java Province. The aim of this research was to determine the different stocking densities for growth and survival rate of Giant prawns (Macrobrachium rosenbergii De Man). The method used is the experimental method with completely randomized design (CRD) of the factor with 3 levels of treatment. The treatment were applied, namely P1 of 40 tail/m2, P2 of 60 tail/m2, P3 of 80 tail/m2.The best results showed that stocking density of40 tail/m2. Total absolute body weight, absolute body length, daily growth rate and survival rate was 5,5 grams, 2,65 cm, 2,25 %/day and 92,5 % respectively.Water quality parameters were recorded namely temperature is 24-26º C, pH 6-7,5 and dissolved oxygen (DO) from 4,3 to 4,8 ppm / l

Survival Rate dan Total Akumulasi Biomassa Permukaan dari Lima Jenis Pohon yang Digunakan dalam Eksperimen Restorasi pada Lahan Gambut Bekas Terbakar di Area Transisi Cagar Biosfer Giam Siak Kecil-bukit Batu Desa Tanjung Leban, Bengkalis, Riau

Biosphere Giam Siak Kecil-Bukit Batu reserve was based on managed zonations as a multi-benefit management approach. This region has a fairly large carbon stocks stored in its natural peat swamp forest ecosystems. How ever the general condition of the peat swamp forest in the landscape Biosphere Giam Siak Kecil-Bukit Batu currently has suffered damage, especially in the buffer and transition zones. The threat to the existenceof protected areas are not only coming from forest fires factors alone, but also from encroachment and illegal logging. Therefore, is requires a recovery effort. This research aims to determine the survival rate and to estimate above ground biomass accumulation of the main tree species of peat swamp forest which was used to restore the burnt-peat. Estimate total biomass accumulation on the surface using allometric equations. Result of this research prove that the type of Jelutung (Dyera polyphylla) has the best survival rate among the values of other types (98%), while the species Pisang-pisang (Mezzettia parviflora) have a survival rate of 35%. Total above ground biomass accumulation on thehighest level found in Jelutung (Dyera polyphylla) it was 499.015 kg/ha/year, while the lowest total above ground biomass accumulation found in Meranti batu (Shorea uliginosa) 88.867 kg/ha/year

Growth And Survival Rate Of Nilem (Osteochilus Hasselti) On Different Stocking Density

The research was conducted from April 10 until june 10, 2015. The purpose of this study was to determine the different stocking densities for growth and survival rate of nilem (Osteochilus hasselti). The experiment was designed using Completely Random Design with three treatments and three replications. The treatment were applied, namely P1 of 5 tail/m3, P2 of 10 tail/m3, P3 of 15 tail/m3. The best results showed that stocking density of 10 tail/m3. Total absolute body weight, absolute body length, daily growth rate and survival rate was 4,68 grams, 3,07cm, 1,25 %/day and 93,33 % respectively. Water quality parameters were recorded namely temperature is 26–290 C, pH 6-7 and dissolved oxygen (DO) from 6,2 to 6,7 ppm/l

The Survival Rate of Ejected Terrestrial Planets with Moons

During planet formation, a gas giant will interact with smaller protoplanets that stray within its sphere of gravitational influence. We investigate the outcome of interactions between gas giants and terrestrial-sized protoplanets with lunar-sized companions. An interaction between a giant planet and a protoplanet binary may have one of several consequences, including the delivery of volatiles to the inner system, the capture of retrograde moons by the giant planet, and the ejection of one or both of the protoplanets. We show that an interesting fraction of terrestrial-sized planets with lunar sized companions will likely be ejected into interstellar space with the companion bound to the planet. The companion provides an additional source of heating for the planet from tidal dissipation of orbital and spin angular momentum. This heat flux typically is larger than the current radiogenic heating of the Earth for up to the first few hundred million years of evolution. In combination with an atmosphere of sufficient thickness and composition, the heating can provide the conditions necesary for liquid water to persist on the surface of the terrestrial mass planet, making it a potential site for life. We also determine the possibility for directly detecting such systems through all-sky infrared surveys or microlensing surveys. Microlensing surveys in particular will directly measure the frequency of this phenomenon.Comment: 4 pages, 2 figures, Accepted to ApJ