Adulterated Food: A Serious Public Health Problem in Bangladesh Essay

Adulterated Food: A Serious Public Health Problem in Bangladesh Essay

Adulteration of meals with toxic compounds harmful to overall health has come to an crisis proportion in Bangladesh. The newspapers have dubbed it as the ‘silent killer’. It is very difficult to find a sector of foodstuff industry which can be free of adulteration. From uncooked vegetable and fruits to milk and milk products to fish, various meats and processed food–every meal is contaminated. Almost every day time in the information papers, modern and more recent methods of adulterating newer and newer types of meals are reported. Carbide, formalin, linen colours, man-made sweeteners, DDT, urea etc . are used rampantly for this purpose. Contamination of food with toxic chemicals pose a serious threat to public health, particularly in a country just like Bangladesh wherever due to poor health literacy, standard of awareness is extremely low. Immediate effect of consumption of such foods can be severe forms of diarrhoea (food poisoning), frightening life. In the end, these chemicals in foodstuff adversely impact vital internal organs such as the liver and renal resulting in body organ failure and/or cancer and thus, untimely lack of life. There is no database in the country for these, nevertheless the recent spike in lean meats and kidney failure sufferers in the hostipal wards is a sign of the going down hill situation. As luck would have it, people from all areas is aware of the hazards of taking food adulterated with toxic chemicals, although this knowledge is certainly not translated in practice. In a recent research, it has been identified that though people are aware about the health hazards, they are nevertheless buying and consuming these adulterated foods. A number of explanations are made for this paradoxon; absence or perhaps unavailability of non-adulterated food, failure of the regulatory agency to test and screen away adulterated food, adulterated foods are attractive in look and less expensive, cultural elements and food habits and so forth There is no paucity of legal guidelines to contain adulteration of food in Bangladesh including Bangladesh Standard Testing Start (BSTI) Ordinance of 85, and the Natural Food Code of 2005. Under the purview of these rules come this offences: fake licenses, low quality of meals, substandard facilities and deficiency of maintaining hygiene, food adulteration, food impurity, incorrect information concerning food packages, selling products in whose date have got expired and so forth However , the problem lies in their sustained and appropriate execution by reliable authority. Occasionally, the regulatory authorities will be suddenly within an active function, and carry out mobile courts to punish sellers/producers to get selling polluted products/foods. In that case, there will be a lull for some days and after few weeks, business becomes as usual. So what will be done? Above all, commitment through the political institution to salary a sustained campaign against these perpetrators of heinous crime, and establish each of our fundamental directly to have safe and nourishing food! For this to achieve, relentless enforcement of existing laws with the execution of greatest penalty likely, awareness-building plan among buyers, promotion of ethical procedures among the organization community with active engagement of the organization leaders, and capacity development of public health labs to test foods for adulteration on the spot are needed. The buyer rights organizations should be even more vocal and play active role in developing a mass campaign/movement near your vicinity Safe and unadulterated foodstuff is out human right! … Let’s communicate to achieve this. Meals adulteration detection Food Tea Leaves Adulterant Iron Flakes Diagnosis Spread a small quantity (2 tea-spoon) of the sample over a piece of paper. Pull a magnet over it. Flat iron flakes, in the event that present, cling to the magnet. The same test out may be carried out to trace iron flakes from tea half-dust and iron filings from tea dust particles. Food Tea Leaves Adulterant Leather Flakes Detection Prepare a paper-ball. Flames the ball and drop a little sum of the sample on it. The existence of leather flakes emits a great odour of burnt leather. Food Tea Leaves Adulterant Coal Tar Dye Diagnosis Scatter slightly amount (1 tea-spoon) from the sample d a moistened white blotting paper. Following 5 minutes, eliminate the sample and examine the paper. The truth of coloured spots indicates the dye. Food Coriander dust and Cumin Powder Adulterant Saw Dust Detection Have a little amount (a half of tea-spoon) of the sample. Sprinkle it on water within a bowl. Piquancy powder gets sedimented in the bottom and saw-dust floats on the surface. Food Green vegetables just like Bitter Ankylose, Green Chilli and others Adulterant Malachite Green Detection Require a small section of the sample make it over a piece of moistened white blotting paper. The impression of colour on the paper shows the use of malachite green, or any other low priced artificial colour. Food Arhar Pulse Adulterant Kesarri Heartbeat Detection Kesari Pulse contains a characteristic sand wedge shape. Larger Kesari is similar to Arhar (Tur). It can be segregated by visible examination. Food Black Pepper Adulterant Papaya Seeds Detection Papaya seeds do not have any smell and are also relatively more compact in size. Adulteration of papaya seeds with Dark-colored Pepper could possibly be detected via visual assessment as as well by way of smelling. Food Rice Adulterant Earth, sand, resolution, unhusked paddy, rice bran, talc, and so forth Detection These kinds of adulterants can be detected creatively and eliminated by way of selecting, picking, and washing. Food Wheat Adulterant Earth, sand, grit, chopped straw, bran, unhusked grain, and seed of weeds. Detection These types of adulterants may be detected aesthetically and eliminated by way of selecting, picking, and washing. SUBSTANCE TEST Meals Coffee powdered Adulterant Food starch Detection Take a tiny quantity (one-fourth of a tea-spoon) of the test in a evaluation tube and add 3 cubic centimeters of unadulterated water in it. Lumination a spirit lamp and heat the contents to colourize. Put 33 ml of a solution of potassium permanganate and muratic acidity (1: 1) to decolourize the mixture. The formation of blue shade in mix by addition of a drop of 1% aqueous answer of iodine indicated adulteration with starch. Food Coffee powder Adulterant Powder of scorched persimmon stones Recognition Take a small quantity (1 tea-spoon) with the sample and spread it on a moistened blotting paper. Pour into it, with much care, a few ml of 2% aqueous solution of sodium carbonate. A reddish colouration indicates the presence of natural powder of scorched persimmon pebbles in caffeine powder. Foodstuff Jaggery Adulterant Sodium bicarbonate Detection Have a little amount (one-fourth of the tea-spoon) from the sample within a test tube. Add a few ml of muratic acid solution. The presence of sodium carbonate or sodium bicarbonate effects effervescence. Food Jaggery Adulterant Metanil yellow shade Detection Take a little quantity (one-fourth of your tea-spoon) in the sample within a test conduit. Add several ml of alcohol and shake the tube strenuously to mix in the contents. Dump 10 drops of hydrochloric acid in it. A pink colouration indicates the presence of metanil discolored colour in jaggery. Foodstuff Asafoetida Adulterant Resin and colour Diagnosis Take a very little amount of small parts from the sample in test tube. Add three or more ml of distilled drinking water and move the pipe gently. Genuine asafoetida dissolves in normal water very quickly and produces a milky white color, but in case of adulteration with a substance colour the mixture transforms to be female. The purity of asafetida may also be reviewed by taking a little amount from it on the hint of a power and placing the same around the flame of a spirit light fixture. Asafoetida can burn quickly, generating bright fire and leaving the impurities behind. Meals Gram natural powder Adulterant Kesari powder Recognition Take a small amount (a half of a tea-spoon) of the sample in a test tube with 3 ml of distilled drinking water. Add three or more ml of muratic chemical p. Immerse the tube in warm water. Check the tube following 15 minutes. A violet colouration indicates arsenic intoxication Kesari powder in Gram powder. Foodstuff Gram powdered Adulterant Metanil yellow shade Detection Have a small amount (a 50 % of a tea-spoon) of the sample in a evaluation tube. Add 3 ml of liquor. Shake the tube to mix up the contents thoroughly. Add 10 drops of hydrochloric acid in it. A pink colouration indicates adulteration of gram powder with metanil discolored. Food Highly processed food, sweetmeat or viscous, thick treacle Adulterant Rhodamine B color Detection The existence of this chemical colour in food is very easy to identify as it shines very gaily under sunshine. A more specific methods of detection is also right now there. Take a little amount (a half of a tea-spoon) of the sample within a test pipe. Add a few ml of carbon tetrachloride and move the tube to mix in the contents carefully. The blend becomes colourless and a great addition of a drop of hydrochloric chemical p brings the color back when meals contains Rhodamine B color. Food Refined food, sweetmeat or viscous, thick treacle Adulterant Metanil Yellow Diagnosis Take small amount (a half of a tea-spoon) in the sample within a test tube. Add twelve drops of muratic acid or hydrochloric acid in it. Seen rosy color indicates adulteration of meals with metanil yellow. Food Parched rice Adulterant Urea Detection Consider 30 bits of parched rice in a check tube. Add 5 ml of distilled water. Move the tube to mix in the contents carefully. After 5 mins, filter water contents through adding to it a little sum (a 50 % of a tea-spoon) of powder of arhar or soyabean. Wait for another 5 minutes after which dip a red litmus paper in the mixture. Lift up the conventional paper after 30 seconds and take a look at it. A blue colouration indicates the use of urea in parched grain. Food Turmeric powder Adulterant Metanil Discolored colour Recognition Take a very little amount (one-fourth of a tea-spoon) of the test in a test out tube. Put 3 cubic centimeters of alcoholic beverages. Shake the tube to combine up the items thoroughly. Put 10 drops of muratic acid or hydrochloric acid in it. A pink colouration implies the use of metanil yellow colour in turmeric powder. Foodstuff Green plant like green chilli and so forth Adulterant Malachite Green Diagnosis Rub the outer green surface area of a small part of the sample with a liquid paraffin soaked cotton. The sample is usually adulterated when the white cotton turns green. Food Dry out red chilli Adulterant Rhodamine B shade Detection Take a red chilli from the sample and apply the outer surface area with a piece of cotton condensed in liquid paraffin. The sample is definitely adulterated in the event the cotton becomes red. Meals Dry turmeric root Adulterant Metanil discolored colour Recognition Take a item of dry turmeric root and rub the outer surface which has a piece of natural cotton soaked in liquid paraffin. A yellow-colored colouration of cotton implies adulteration of turmeric main with metanil yellow coloring. Food Nice potato Adulterant Rhodamine N colour Recognition Take a tiny part of the test and rub the reddish outer area with a bit of cotton drenched in liquid paraffin. The cotton sticking colour implies the use of Rhodamine B colour on exterior surface from the sweet potato.

Related Essays