Biomedical Engineering Technology

Report on Blood Glucose Meter

Report on Blood Glucose Meter

Abstract: Diabetes is one of the chronic diseases that kill the majority of people in the current environment. One of the most common diabetes is diabetes mellitus that is caused by the imbalance in blood sugar level in the body. The blood sugar may be compromised by the type of diet an individual follow. The field of biomedical engineering has enabled people to monitor their blood sugar levels before it could cause harm to the body. The blood glucose devices help in approximating the amount of blood sugar in the body at a specific time. In most cases, these devices are used by those who may be suffering from diabetes mellitus and those who suffer from hypoglycemia to control sugars in the blood to avoid further complications. When blood sugars are too high or too low, these complications may be dangerous to the health or can even lead to death. The devices are of many types, and thus, it is important to consult the physician on the best device that suits you. Keywords— chronic diseases, mellitus, hypoglycemia, complications.

Introduction

The field of biomedical engineering is in charge of the plan and assembling of different restorative gadgets that have been generally utilized in the human services framework. One of the device is a blood glucose device that is in charge of observing glucose levels. There is the need to screen glucose to keep any infection that can trade off the soundness of the people. This gadget can be utilized at home without the association of the medical caretaker, in this way it is a vital component in the blood glucose observing. The gadget has profited the social insurance condition as it can lessen the complexities that are related with vacillation in glucose. The field of biomedical building has made development in social insurance framework through the plan and assembling of blood glucose gadgets. The development has guaranteed the checking of glucose levels by people that spare the expense as well as decrease their stay at the healing facilities..

II.Clinical Head

Blood glucose device was first invented in 1956 by Leland Clark. Later on first glucose enzyme was discovered in 1962 [1]. The device was used to improve the glycemic control of diabetes. The second glucose the Ames Reflectance meter was built in 1970s. Glucose meter is the best measuring device for glucose level. First strip was discovered in 1980s and it is not as much accurate as glucose meter. Moreover, biomedical engineers have made the device simple to utilize with the goal that everybody can deal with it and utilize it suitably. The device is little in size and can be conveyed anyplace you go. It doesn't require any medical attendant supervision, this might be required just when the patient can't translate the readings or when the device is demonstrating a perusing that does not adjust the desires or in situations when there is an adjustment in glucose and the patient might need to counsel the doctor for routine. After it has been utilized it tends to be kept for future uses at explicit interims that the specialist has set for you. Furthermore, the device will have the capacity to manage blood sugars by giving vital exhortation on the glucose levels. This is basic with regards to overseeing glucose related complexities in the body.

III.Regulatory

A controlled market guarantees that the items and services have great norms and can successfully assume their role without dread of any impact. In most cases, each state has shaped bodies that are in charge of controlling of the production dependent on item's quality and utilization. There are various directions that have been set up to control the plan and fabricate of blood glucose gadgets. The controls are given by the Health Product Regulatory Authority (HPRA), a body that guarantees that the gadgets are structured by their prerequisite. The HPRA ensures that explicit benchmarks are met for these items to have the capacity to precisely quantify the glucose level for the patient with or without the association of the medical caretaker or medicinal services expert [2]. In addition, there are fabricating wellbeing directions that ought to be clung to when producing these devices. 

Figure-1- Blood Glucose Ratio before and after fasting

IV.Current State of the Art

The current best in class depicts the present usefulness of the device in the market and how successful it is with regards to conveyance of services. The item gadget has been utilized in different situations and by various individuals with a positive sign of its utilization. Now a days, the device has various capacities which are required to increment with time. The abilities are reexamined from time to time and dependent on the mechanical progression, different advancements will be made on these gadgets later on. By and by, the gadget has been made utilizing strong materials that make it keep going long. The nature of the meter is high to oblige the abnormal state of glucose readings that might be normal. The meter has possessed the capacity to serve a more extensive network at its state and is required to accomplish higher execution later on.

Figure-2- State of the art components of Glucose meter

V-Future Directions Positioning

The business condition is dynamic as firms endeavor to improve their items step by step. The biomedical engineering field is imaginative and is without a doubt chipping away at a consistent schedule to give more effective items. As referenced before, the progression in innovation has guaranteed an enhanced advancement. The biomedical building field will have the capacity to utilize this innovation to structure further developed gadgets with better results. One of the features expected in the future is a bigger pattern of glucose excursion. The device will monitor continuously to screen out glucose levels. In addition, it will have the capacity to enhance glycemic control levels dependent on its exact sensor [1]. The enhancement of the gadget depends on the innovation which is relied upon to be successful on later stages. Also, a greater amount of the new items with greater usefulness advancement are in line and this will help to upgrade innovative challenges.

VI-Ethical concerns/ issues

All items and services have moral concerns that may impact their adequacy in the environment. Actually, many organizations pursue the moral norms to limit a portion of the ethical issues. A few ramifications may jump out at the body amid the utilization of blood glucose device. Accordingly, patients ought to know about the moral worries previously they may utilize the items. The plan and assembling of the blood glucose gadgets depend on some moral concerns. The product is associated with pain when used since the blood needs to be drawn from the body. Inaccuracy may occur when utilizing the device that may give wrong outcomes. Besides, when the testing speed is low, it takes time to get the outcomes [2]. A few devices may have defects dependent on the ecological impact that may leads to trade off its precision.

VII-Conclusion

The design and fabricate of blood glucose device has helped in overseeing of the related ailments since the gadget has possessed the capacity to serve the patient successfully. Blood glucose meter has been broadly utilized in checking of blood glucose level to oversee diabetes that is caused by change in blood sugars in the blood. The field of biotechnology has possessed the capacity to enhance the development in devices and expected to be much better in future. The gadgets are adaptable, simple to utilize, and precise in checking the level of glucose. Any patient can utilize it without the supervision of the specialists. Therefore, it is critical to take necessary steps for moral values while fabricating these products so the patient can be confident when utilizing them.

References

[1] Talbot, C. D., Estes, M. C., Mastrototaro, J. J., Moberg, S. B., Mueller Jr, J. C., & Williams, G. L. U.S. Patent No. 9,636,456. Washington, DC: U.S. Patent and Trademark Office, 2017

[2] Pfutzner, A., Lier, A., Ramljak, S., & Demircik, F. “Impact of a Noninvasive Blood Glucose Device on Glycemic Control and Daily Routine Measurement Aspects—Results of a Pilot Study.” Diabetes, 67 (Supplement 1), 2018, https://doi.org/10.2337/db18-957-P