Literature review and discussion

ITERATURE REVIEW AND DISCUSSIONAssignment No.Student’s NameDateLecturer’s NameHealth and Safely representative for the kitchen departmentThere are numerous hazards to consider when you have kitchen and waiting staff rushing back throughout the day in small spaces. Hot surfaces, hazardous substances, sharp enforces, and electricity and gas devices are examples. Each of these achieve exceptional the probability of an accident and the severity of the damage if one occurs. In professional kitchens, major incidents are all prevalent. When a Health and Safety Executive learns that safety protocols haven’t been accompanied, a large fine will almost certainly be foisted (Zhao et al., 2019). As a result, it is essential that you comprehend and handle Health & Safety in ones cooking area.Sprinklers frequently cause slips, excursions, and begins to fall. This is critical to tidy up any spills and dry the surface as soon as possible. Place caution signs that say wet floor and even barricade off particular areas after washing until the floors seem to be dry. Slips and trips have been frequently caused by irregular flooring or damaged tile floors. Floorboards should be kept in good condition, and corridors or areas in which staff may walk must be kept free of impediments. Pay close attention to objects that are raised in the cooking area, particularly if they are incredibly heavy and difficult to maneuver. Employees should be trained in safe lifting methods and should not force, squeeze, or drag heavy objects as this could result in a muscle strain ( Sharm & Jain , 2019). When trying to lift heavy objects, team members should indeed be asked to assist and, if feasible, a strength training device should be employed first.While using knives, use extreme caution and be extremely cautious of glass objects. Kitchen staff must use caution with using knives and other pointed cookware, as well as when dealing glass items, which can end up causing severe cuts. Once operating near hot liquids, great caution must be exercised; they should always be protected when not straight started working with. Having to carry pans or containers containing hot liquids should be done with caution, as they can alternatively splash and scald. Definite activities, such as releasing vapor windows and sapping and washing fat grease traps, require reasonably safe.Cleaning materials, if improperly handled, can be hazardous and cause skin issues. Ability to handle definite foods can also result in inflammatory skin as well as other skin problems.When carrying a knife, every time keep it responded by pointing down to the ground and never in front of you. Once relocating hot pots, cookware, and cardboard boxes, always notify others – if necessary, shout hot, While you taste gas, every time check your devices (Cardoso et al., 2021). Maintain floors evident and dry at all occasions – sweep up any fluid spills instantly, don’t ever throw glass shards in the trash without encasing it, don’t ever overwhelm electronic wiring and never insert or disconnect electric cables with wet hands, and never place a hot glass baking dish of the cooker on a wet road. Knife injuries account for 3% of all injuries, while according Safework. Finger and hand accident are most frequently encountered in commercial kitchens and take place throughout most of the cooking process whereas cutting, snipping, cutting it up, and spooning mutton. Often these incidents are caused by using the incorrect knife for the work or having a dull knife. As a result, having to carry food safety precautions is a must in every kitchen to ensure the safety of your working team. Washing of hands, vegetables and fruits are among the assessments. Utensil cleaning with warm, warm water and detergent. Make certain that your food is properly cooked. A common sources of food toxicity is uncooked foods. Use a temperature probe to check that the temperature is greater sufficiently kill microorganisms when preparing food to try and make sure that one’s food is properly cooked.Transfer of dangerous bacteria through one person, item, or location to another is referred to as cross-contamination. Cross-contamination prevention is critical in the prevention of foodborne disease. Hands should be washed frequently for seconds with water and soap. Wiping down the backs of one’s fingers, among both fingers, and under nails (Cho & Leem, 2020). To avoid cross contamination, rinse your hands after interacting with raw meat on a regular basis. Following each use, wash surface areas and cookware with hot water and soap.Rinse vegetables and fruits prior to actually peeling or chopping them. Washing meat or poultry is not recommended. Germs from raw meats and poultry flavors may sprinkle and disperse to those other foods, cookware, and floors as a result (Abebe et al., 2020). Choose a plate which has possibly been impacted or polluted by raw chicken, mutton, or fresh fish for any other purpose unless it has been washed in warm, water and soap first. Maintain clean cutlery and floors. Cleaning your workstation on a routine basis, particularly when trying to cut or managing raw food, is an essential way to prevent getting infectious diseases from ones snacks. And same holds true for chopping boards. This is due to the presence of dangerous microorganisms in raw food, particularly meat and poultry, which can lead to food poisoning or other unpleasant illnesses. So, disinfect your chopping board after each use to avoid foodborne illness.ReferencesZhao, Y., Liu, L., Tao, P., Zhang, B., Huan, C., Zhang, X., & Wang, M. (2019). Review of effluents and health effects of cooking and the performance of kitchen ventilation. Aerosol and Air Quality Research, 19(8), 1937-1959.Sharma, D., & Jain, S. (2019). Impact of intervention of biomass cookstove technologies and kitchen characteristics on indoor air quality and human exposure in rural settings of India. Environment international, 123, 240-255.Cardoso, M. J., Ferreira, V., Truninger, M., Maia, R., & Teixeira, P. (2021). Cross-contamination events of Campylobacter spp. in domestic kitchens associated with consumer handling practices of raw poultry. International journal of food microbiology, 338, 108984.Cho, W. I., & Lee, S. J. (2020). Fault tree analysis as a quantitative hazard analysis with a novel method for estimating the fault probability of microbial contamination: A model food case study. Food Control, 110, 107019.Abebe, E., Gugsa, G., & Ahmed, M. (2020). Review on major food-borne zoonotic bacterial pathogens. Journal of tropical medicine, 2020.