Judul: Analisis pada Pembangunan Gedung AD Premier Berdasarkan Tahapan Kinerja Waktu Menggunakan Microsoft Project 2010 dan Pemodelan 3D Menggunakan Software Tekla 17
Abstrak: In the implementation of a project, there are some aspects that should be concern, such as limited time, cost and good quality and safety. A construction project must be able to achieve a good performance. Therefore, it takes an instrument and method to analyzethe performance of the project during the project underway, especially the time performance. This study will be focused in analyzing project management that is time performance at AD Premier construction PT. Waskita Karya Tbk. this study will be comparing AD Premier development project wich use barchart and S curve with critical method, by using Microsoft Project 2010 software to analyzeof this study shows that the library building has already been built corresponding plan and has appropriatewith critical path method. There is some discrepancies identified comparing with plan schedule, it show that some works has done behind schedule, but overall the construction can be finished on schedule. Realization of the cumulative weekly weight always exceeds cumulative monthly weight plan, with the smallest value at first week +1.926% and the largest value at thirteenth week +4.203%. At last the project management on time performance during the AD Premier construction PT. Waskita Karya Tbk. shows a good performance.
Keyword: Microsoft Project., Structure, Based Stage on Time, Building

Judul: Analisis Kinerja Waktu dan Pemodelan 3D menggunakan Software Tekla Structures17 Pada Proyek Pabrik Astra Honda Motor, Cikampek.
Abstrak: In general, the construction project has an implementation plan and specific implementation schedule. However, along with the times, the level of difficulty to manage and run the project higher. Construction project management is planning, organizing, directing and controlling resources to achieve short-term goals that have been determined. The research, conducted in March-May 2015 is located in the industrial area of Bukit Indah City, Cikampek, Karawang. Time performance analysis on the development of Astra Honda Motor factory using critical path method is done with the help of Microsoft Project 2013 program. With some additional information that is required, 3D modeling is done based on the Detail Engineering Design data of plant development project Astra Honda Motor. Then the time performance is analyzed using the task manager at Tekla Structure 17 in the form of barchart. Analysis of the S curve construction November to April in the above it can be seen that the resulting zero deviation. Deviation of zero is the desired target by the contractor. As one of the problems that occur include delays in development caused by erratic weather, lack of manpower, and financially.
Keyword: barchart, Cikampek, contractor, deviation, Tekla Structure 17

Judul: Peranan leukosit dalam sistem imun ikan teleost
Abstrak: Menurut Lagler, Bardach, Miller dan Passino (1977) leukosit merupakan salah satu jenis sel darah. Leukosit ikan terbagi menjadi leukosit granular dan leukosit agra nular. Selanjutnya leukosit granular terdiri dari eosin ofil, basofil dan neutrofil, sedangkan leukosit agranul- ar terdiri dari monosit, limfosit dan trombosit. Dalam keadaan normal leukosit ikan jumlahnya berkisar antara 3 20.000-150.000 butir tiap mm (Lagler et al, 1977). Eosinofil dan basofil Atlantic salmon dapat ditemu- kan dalam darah perifer dan limpa. Namun jumlah terba- nyak ditemukan dalam pronefros (Anderson, 1974). Keada- an demikian juga ditemukan pada neutrofil trout (Ander- son, 1974), plaice (Ellis, 1988b) dan carp (Suzuki dan Hibiya, 1988). Selanjutnya limfosit teleost dapat dite- mukan dalam pronefros (Anderson, 1974; Ellis, 1988b), timus (Anderson, 1974), darah perifer (Conroy, 1972) dan limpa (Anderson, 1974). Sedangkan makrofag dapat ditemu kan dalam jumlah sedikit pada limpa dan darah perifer (Conroy, 1972) dan dalam jumlah banyak pada pronefros (Anderson, 1974). Fagositosis bakteri oleh eosinofil telah dilaporkan pada goldfish (Rijkers, 1980) dan carp (Pliszka, 1939 da lam Rijkers, 1980). Sedangkan Bell (1976) melaporkan fagositosis bakteri oleh neutrofil. Makrofag ikan dila- porkan mampu memfagositosis bakteri (Anderson, 1974; Bell, 1976; McArthur dan Fletcher, 1985), partikel kar- bon (Anderson, 1974) dan runtuhan sel (Klontz et al, 1966 dalam McArthur dan Fletcher, 1985). Selanjutnya te lah dilaporkan pula bahwa trombosit ikan mempunyai sifat fagositik (Yokohama, 1960; Fange, 1968; Ferguson, 1976 dalam Rijkers, 1980). Sedangkan limfosit ikan berperan dalam respon imun yang diperantarai sel dan respon imun humoral (Rijkers, 1980; Ellis, 1988b). Respon imun ikan dipengaruhi oleh beberapa faktor, yaitu: suhu (Ellis, 1982; Rijkers, 1980), polutan (Rij kers, 1980; Ellis, 1988a), penyinərən (Rijkers, 1980), makanan (Ellis, 1988a) dan antibiotik (Rijkers, 1980)….
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