Judul: Efek suplementasi multivitamin mineral terhadap kadar hemoglobin dan hematokrit mahasiswi TPB IPB
Abstrak: Anemia merupakan salah satu masalah gizi serius di Indonesia. Prevalensi anemia pada kelompok remaja putri, khususnya siswi masih cukup tinggi (Anggareini 2004; Briawan 2008). Program perbaikan anemia sering dilakukan dalam berbagai penelitian, salah satunya melalui mineral multivitamin suplementasi. Tujuan dari penelitian ini adalah untuk menganalisis pengaruh multivitamin suplementasi mineral terhadap konsentrasi hemoglobin dan hematokrit kota bogor Mahasiswa perempuan Tahun Biasa Pertama Universitas Pertanian. Desain penelitian ini adalah eksperimen semu, buta ganda. Jumlah sampel sebanyak 28 siswi yang selanjutnya dibagi menjadi 2 kelompok. Kelompok intervensi terdiri dari 15 sampel, mendapat suplemen sirup 15 ml per hari selama 8 minggu. Kelompok kontrol terdiri dari 13 sampel yang menerima sirup plasebo. Data dikumpulkan dengan wawancara sampel menggunakan kuesioner, pemeriksaan fisik, dan pemeriksaan biokimia darah. Hasil uji statistik (paired sample t test) menunjukkan tidak terdapat peningkatan kadar hemoglobin dan yang signifikan konsentrasi hematokrit masing-masing pada kelompok intervensi dan kontrol (p>0,05). Namun, pada sebagian sampel anemia, kadarnya meningkat hemoglobin dan hematokrit pada kelompok intervensi cenderung lebih besar dibandingkan kelompok intervensi kelompok kontrol.
Keyword: Anemia, Female students, Multivitamin mineral supplements, Hemoglobin, Hematocrit

Judul: Pengaruh suplementasi multivitamin mineral terhadap status gizi, kadar hemoglobin dan tingkat kebugaran fisik mahasiswi TPB IPB
Abstrak: The aims of the study are to examine the influence of multivitamin mineral supplementation on the nutritional status, hemoglobin concentration and physical activity of Bogor Agricultural University First Common Year female students. The previous research showed that Bogor Agricultural University First Common Year female students have a high prevalence of anemia (Briawan 2008). The design of the research was a double blind-quasi experimental. Subjects consisted 27 people who were sistematically allocated into two groups. The first group consisted of 14 people (28.5% anemia), received multivitamin mineral (MVM) and the second group consisted of 13 peopole (38.4% anemia), received placebo (control group). The supplements contained of vitamin B1, B2, B3, B6, B12, vitamin C, Ca, Mn, Fe and Zn which were distributed and consumed everyday during 8 weeks. The data used were primary data in the form of characteristic samples, anthropometry (weight, height and percent body fat), food consumption, level of fitness results of speed (running at 60 meter), endurance and muscle strength (sit-up, push-up and vertical jump), agility (shuttle run 4x10 meter) and VO2max values (bleep test). The results of statistical test (paired samples t-test) showed that there were significant difference of speed (sample at 60 meter of running) (MVM: p>0,060; placebo: p<0,029), push-up (MVM: p<0,008; placebo: p<0,029), sit-up (MVM: p<0,000; placebo: p<0,020) and bleep test (MVM: p<0,011; placebo: p<0,000), but there were no significant difference (p>0,05) in vertical jump and shuttle run test in both MVM and placebo groups.
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Judul: Sistem Navigasi pada Robot Pemadam Api Menggunakan Wall Following dan Logika Fuzzy
Abstrak: A robot needs a good navigation to complete its task. One way to provide navigation capabilities on robots is artificial intelligence. Navigation capabilities using artificial intelligence may be associated with the ability to accept input from a range of sensors. However, inputs from the environment are uncertain so that a simple modeling is not sufficiently representative. Fuzzy logic is expected to overcome these uncertainties. This research aims to develop the navigation system on a fire-fighter robot using wall following algorithms and fuzzy logic. The system is simulated on KRPAI 2013 environment where the robot is expected to move by following the wall, extinguishing the fire, and returning to home. It is shown that the robot has successfully completed the mission on KRPAI 2013 with a success rate of 87.5%.
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