Preclinical Test Methods with Animal Mouse and Rats Biomedical Research: Technical Guideline

A B S T R A C TTrials in pre-clinical trials are very complex multidisciplinary studies. Extrapolatingdata from animals to humans requires information from many fields of science. Frompre-clinical trials, more detailed information and data on efficacy and safety wereobtained, especially at doses equivalent to doses in humans, and the presence orabsence of cumulative effects and whether these effects could return to normal(reversible) after the administration of the test material was stopped. This test canbe used to predict the negative impact on humans if he is exposed to the materialfor a long time.

Pelaksanaan Pendaftaran Tanah Sistematis Lengkap Berbasis Partisipasi Masyarakat (PTSL+PM), Kendala Dan Solusinya

PTSL targets are increasing every year. Limited human resources to finish this project make the government issued a policy based on Article 42 paragraph (1) ATR / BPN Regulation No. 6 year 2018 regarding the implementation of PTSL activities that can be carried out based on community participation (PTSL+PM), and Technical Guideline Number: 002 /JUKNIS-300.UK.01.01 /II /2019 dated February 1, 2019 concerning Complete Systematic Land Registration Activities Based on Community Participation (PTSL+PM). This research objectives are: 1) to find out the implementation of PTSL activities involving the community in Ngestiharjo Village, 2) to find out the constraints and solutions in implementing PTSL+PM activities in Ngestiharjo Village, and 3) to find out the benefits of SIAP and SANTRI PTSL+PM applications in the implementation of PTSL+PM activities in Ngestiharjo Village. In conducting this research, the researcher applied qualitative method. The benefit of using the SIAP application is, it facilitates to collection of juridical data in the form of nominative lists and the data integration process. It also produces output in the form of a complete registration file.

Peningkatan Kapasitas Tenaga Penyelenggara Makanan Darurat Bencana melalui Penyuluhan di Desa Sukarasa, Salawu, Tasikmalaya

Tasikmalaya District is the second most disaster-prone area in Indonesia. Landslides and earthquakes were last disaster that occurred in Sukarasa Village, Salawu Sub-district, Tasikmalaya. Food management during disasters in the area was carried out with various obstacles, so preparedness efforts are needed in the implementation of effective and efficient food management. The purpose of this activity was to strengthening the capacity of the Regional Disaster Management Agency (RDMA) and communities in disaster-prone areas in preparing food for the needs of disaster victims through a education. This activity was carried out during July-October 2018. The main method of this activity were the preparation of technical guidelines for implementetion of disaster emergency food with RDMA Tasikmalaya and education to the target groups.This activity has produced a technical guideline book with the title in disaster emergency conditions with the utilization of local resources. The book has been declared feasible to be issued by the RDMA of Tasikmalaya District and obtained Copyright Number EC00201851988 and ISBN Number 978-602-51817-9-5. The application of the book in the form of extension and practice to the residents of Sukarasa Village, Salawu Sub-district volunteers, and BPBD staff in Tasikmalaya District showed an increase in knowledge and skills in preparing recipes and making ready-to-eat food products in disaster emergency conditions in accordance with the guidelines book.

EVALUASI PENERAPAN PENATAUSAHAAN BARANG MILIK DAERAH PADA BPK-BMD KABUPATEN MINAHASA UTARA

Regional-Owned Assets Administration (BMD) by Badan Pengelola Keuangan dan Barang Milik Daerah (BPK-BMD) Kabupaten Minahasa Utara conducted by following Permendagri No. 19 Tahun 2016 about Technical guideline of Regional-Owned Assets in thus recording, inventory, and reporting processes of Regional-Owned Assets in this government region is showed well, is resulting regional balance sheet basic for BPK-BMD Kabupaten Minahasa Utara. This research’s objective is to figure out whether the implementation of Regional-Owned Assets Administration in BPK-BMD Kabupaten Minahasa Utara has been followed Permendagri Nomor 19 Tahun 2016 and its’ research type is descriptive analysis. This research outcome has concluded that Regional-Owned Assets in Kabupaten Minahasa Utara Government has been conducted by following Permendagri Nomor 19 Tahun 2016. BPK-BMD Kabupaten Minahasa Utara in implementing Regional-Owned Assets Administration, is based on the existed Permendagri Nomor 19 Tahun 2016 and Regional-Owned Users and Authorized Parties keep maintain this procedurs in Kabupaten Minahasa Utara.Keywords : Regional Owned Assets Management, Controlling and Monitoring.

Confirmation of calibration capability of low-nominal capacity reference torque wrenches at NMIJ

The calibration procedure for a reference torque wrench (RTW), which is a torque transducer in the form of a torque wrench, is based on the JMIF-016 (TTSG-W102) technical guideline in Japan. The mounting position of an RTW is set to three directions (0°, 120°, and 240°; case 1) when it is calibrated using dead weight torque standard machines (DWTSMs) with rated capacities of 1 kN·m (1-kN·m-DWTSM) and 20 kN·m (20-kN·m-DWTSM). However, the mounting position is set to three different directions (0°, 90° and 270°; case 2) when the 10-N·m-DWTSM is used. In this study, the effect of the difference of the RTW mounting position on the calibration results was investigated. Next, to confirm the equivalence of the RTW calibration capabilities of the 10-N·m- and 1-kN·m-DWTSMs, they were compared using two low-nominal capacity RTWs. The results obtained in cases 1 and 2 showed good agreement within the uncertainties. The recommended RTW calibration procedure is based on case 1. But, if an RTW cannot be mounted in the 120° and 240° directions because of the space problem, case 2 can be adopted as the RTW calibration procedure. The RTW calibration capability of the 10-N·m-DWTSM was found to be equivalent to that of the 1-kN·m-DWTSM in the range of 5 N·m to 10 N·m.