Hasil Pencarian  ::  Simpan CSV :: Kembali

"Standar Kementerian Kesehatan menyatakan bahwa setiap makanan dan minuman tidak boleh mengandung Escherichia coli. Tujuan penelitian adalah menentukan kualitas mikrobiologis dari makanan siap saji dan minuman yang dijajakan di kantin kampus FMIPA UI Depok. Sebanyak 15 sampel, terdiri dari 10 jenis makanan siap saji, empat jus yang berbeda, dan air keran diperkaya dalam medium Buffered Peptone Water BPW sebelum diuji koliform. Uji koliform dari setiap sampel dilakukan pada medium kromogenik Chromocult Coliform Agar - Enhanced Selectivity CCA - ES dan Harlequin E. coli Coliform Agar HEC dan medium fluorogenik Readycult Coliform 100 RC 100 pada suhu 37oC. Hasil menunjukkan bahwa semua sampel mengandung bakteri koliform non - E. coli dan 12 di antaranya mengandung Escherichia coli. Isolasi dari sampel memperoleh 12 strain E. coli dan 15 isolat koliform non-E. coli. Uji koliform fekal dilakukan dengan menggunakan medium RC 100 pada suhu 44,5oC serta diperkuat dengan uji indol menggunakan reagen Kovac rsquo;s. Hasil uji menunjukkan bahwa E. coli yang terdapat pada 12 sampel berasal dari fekal. Hanya 7 dari 15 isolat koliform non - E. coli merupakan koliform fekal non - E. coli. Berdasarkan hasil penelitian yang diperoleh dapat disimpulkan bahwa kualitas mikrobiologis dari makanan dan minuman siap saji kantin FMIPA UI tidak memenuhi standar dari Kementerian Kesehatan.

---

The standards from the Ministry of Health state that food and drinks should be free of Escherichia coli. The aim of this research was to assess the microbiological quality of ready to eat foods and drinks that were offered at a canteen in the Faculty of Mathematics and Natural Sciences, Universitas Indonesia, Depok. Fifteen samples comprising of 10 different foods, four different juices, and tap water were enriched in buffered peptone water BPW before tested for the presence of coliforms using two chromogenic media Chromocult Coliform Agar Enhanced Selectivity CCA ES and Harlequin E. coli agar HEC and a fluorogenic medium Readycult Coliform 100 RC 100 at 37oC. Results showed that all samples contained non E. coli coliforms and 12 of them contained Escherichia coli. Twelve E. coli strains and 15 non E. coli coliform isolates were isolated. Fecal coliform tests were conducted for the E. coli strains and coliform isolates by performing a coliform test with Readycult coliform 100 at 44.5oC. The tests were strengthened with an indole test that uses a Kovac rsquo s reagent. The tests showed that the isolated E. coli from 12 samples were of fecal origin while only 7 out of 15 coliform isolates were fecal non E. coli coliforms. It was concluded that the microbiological quality of the canteen rsquo s ready to eat food and drinks did not fulfill the standards from the Ministry of Health. "

"ABSTRAKStreet food is recognized as very important in the urban food supply. However due to the unsanitary conditions associated with most street food vending sites, the consumption of street foods is viewed as a potential health hazard. A cross sectional study was carried out from January to April, 1996 in order to assess the variability in the microbiological quality of different types of street foods in four urbanization areas (Atmajaya, Jl. Kendal, Thamrin and Pasar Jatinegara) of Jakarta. The possible influence of location and other related factors on the microbiological quality of street foods were also investigated. A total of 101 food samples, comprising of 11 food items (meals, meat, vegetable, staple and side dish) a beverage and ice were taken from the four locations and analyzed for Aerobic Plate Count (APC), Total Coliforms and E.coli using the pour plate and the most probable number techniques respectively. By using Aerobic Plate Counts as an Indicator, it was found that 6% of the overall food items had counts 105. In contrast E.coli was found in a larger number of the food items (25%). The highest bacterial counts were found in Nasi Rames (Rice, Fried Beef, Vegetables and Chili sauce (self made), 50% of the samples contained APC > 105 and 62.5% had E.coli present in them. Ayam and lkan goreng (Fried Chicken and Fried Fish) were comparatively safer food items. None of the samples contained E.coli and APC ranged from 103 to 104. Comparison between food types (high protein, low protein and meal} in the degree of bacterial contamination, showed significant differences between the meal and the high protein groups in the levels of Total Coliforms and E.coli Contamination (p<0.05). The meal group had higher bacterial counts. Further, foods that were composed of a larger number of ingredients had significantly higher counts of Coliforms than those with a single major ingredient. Statistical significant differences were found between the four urbanization areas in terms of APC counts (p<0.01) and Total Coliforms (p<0.05). These differences were attributable to the availability of basic facilities and sanitary conditions. The results indicate that handling practices, environmental sanitation and potable water supply are important factors influencing the microbiological quality of street foods."