Judul: Desain dan Konstruksi Kapal Penangkap Cumi-Cumi KM. Cahaya Alam Tiga di Galangan Kapal PT. Proskuneo Kadarusman Muara Baru Jakarta Utara.
Abstrak: The mostly of fishery ship operated in Indonesia has builded with traditional ways, where in building process of the ship didn’t using plan of design and construction as well as naval architect calculation. Institution that have the power to be competent to decide things about ship building in Indonesia is Biro Klasifikasi Indonesia. This institution will give the sea reasonable certificate for the ship that have design and construction appropriated with regulation of Biro Klasifikasi Indonesia. Mostly fishery ship in Indonesia has builded without monitoring from Biro Klasifikasi Indonesia, with the result that the mostly fishery ship in Indonesia don’t have the sea reasonable certificate from BKI. Until today there is no research about design and construction of squidjigg in Muara Baru. This research include of designing and constructioning of squidjigg KM. Cahaya Alam Tiga, calculate of hydrostatic parameter of KM. Cahaya Alam Tiga and compare the size construction between size construction KM. Cahaya Alam Tiga with size construction from BKI. Method that used in research is case study with analysis of numeric description. The result of the research was KM. Cahaya Alam Tiga have two type of ship body. For the first that is “V” bottom for ahead area of ship and round flat bottom in midship area until stern area of ship. Based on turn value of mostly ship design for static gear, design of KM. Cahaya Alam Tiga is already appropriate with ship design for static gear in Indonesia. Suitability value between size construction of KM. Cahaya Alam Tiga with size construction of BKI is 63,16 %.
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Judul: Desain dan Konstruksi Kapal bouke ami (KM Varia Karunia) di Galangan Kapal PPS Nizam Zachman Jakarta
Abstrak: Bouke ship ami a squid fishing boat but has a different design to the squid jigging vessels because of the way the operation of fishing gear. Generally, this ship is a ship which is modified from the previous ship types. The purpose of this study was to analyze the design and construction of ships boukeami based ship shape and dimension ratio. In addition, another goal was to analyze the type of wood used in the construction of ships and the timber size. Dimentional ratio showed that L/B was 3,7 meters, L/D was 9,7509 meters, and B/D was 2,6353 meters. Coefficient of fineness of this ship implied in the coefficient of fineness studied by Iskandar and Pujiati (1995). It means that this ship included in typical static gear in Indonesai. Type of wood used for the construction of the ship is the same as that set by the BKI. This showed that some of wooden beam used in ship construction complied with BKI’s rules, however some of them were not.
Keyword: PPS Nizam Zachman., ship bouke ami, construction, Design

Judul: Pengaruh Penambahan Bio Adenosin Tri Phosphat terhadap Profil Kinetik dan Efektivitas Enrofloksasin dalam Mengatasi Coxiella burnetii
Abstrak: Coxiella burnetii belongs to rickettsia group living obligate intracellularly and as the agent of zoonosis Q fever. Enrofloxacine is an antibiotic in quinolon group used to treat infection of C. burnetii in chicken, goat, calve, pig, dog, cat, and horse. From ruminant practical experience, enrofloxacine if be combined with BioATP can enhance the enrofloxacine activity. Research for the effectivity of enrofloxacine and BioATP to treat C. burnetii has never been carried out. Enrofloxacine pharmacokinetic study was carried out by using simental beef as an experimental animals. The effectivity of BioATP supplementation on enrofloxacine activity to treat C. burnetii was tested by using Vero cell tissue culture. The results showed that combination of enrofloxacine and BioATP increased kinetic profile of enrofloxacine in term of onset, duration, pharmacology intensity, and bioavailaibility. Enrofloxacine had activity to treat C. burnetii with value of minimal inhibitory concentration (MIC) at 1-2 ppm and value of minimal bactericidal concentration at 4 ppm. Supplementation of BioATP improved the effectivity of enrofloxacine in treating C. burnetii.
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