Buy an essay on Micro Bubbles

Background and project description
Testing of micro bubbles is essential for the contemporary medicine because the tests can reveal important facts about micro bubbles, such as the resistibility of micro bubbles and finding out safest micro bubbles that can survive in human body without causing any damages to human health. The experiment conducted in terms of the study focused on the study of the micro bubbles and their survival in muscle tissues. In actuality, the study aimed at the finding the least destructive micro bubble. The accomplishment of this aim was very important because many researchers stress the importance of micro bubbles and great perspectives of using micro bubbles in the modern medicine. At the same time, it is still unclear, which micro bubbles are the least destructive and, therefore, safe for human health. Previous studies focused mainly on the possible use of micro bubbles in the modern medicine as well as other fields.
On the other hand, many (Price et al, 1998) researcher stressed numerous difficulties that accompany the use of micro bubbles in the contemporary medicine because health care professionals can hardly predict whether micro bubbles survive or not. The latter means that in case of destruction of micro bubbles the health of patients could be under a threat. At any rate, the destruction of micro bubble will have at least no positive effects on human health, whereas in the worst case, it may damage the health of a patient.
To conduct and accomplish the experiment successfully, 22 Sprague Dawley rats were taken for the experiment. The rats were given anesthesia and sedated via intramascular injection and a cannulation of the right carotid artery and femoral vein which were conducted with the extraction of the right spinotrapezius muscle. On observing the impact of 11 different micro bubbles on the rats and the material used in the experiment, the least destructive micro bubble was identified. The micro bubble was tested twice to prove its safety.
Outcome and significance of the study
The major outcome of the study was the revelation of the safest, i.e. the least destructive micro bubble, which could be used in further experiments and medicine without any significant risk to the health of a patient. The study was very important because the identification of the safe micro bubble is crucial for the further use of micro bubbles in medicine. What is even more important the study paves the way to the safe use of micro bubbles in medicine because the low risk of destruction of the micro bubble means that the use of micro bubble in medicine will reach its goals and it will have a positive impact on patients’ health.
The safe micro bubbles can be used as the vehicle to delivery colloidal particles and engineered red blood cells across the endothelial lining (Price et al, 1998). In such a way, the study can contribute to the extensive use of micro bubble-mediated drug delivery (Tsutstui et al, 2004). In this regard, it is important to lay emphasis on the fact that micro bubble-mediated drug delivery opens great prospects for the development of the modern medicine because it can increase the effectiveness of treatment of serious disease, such as leukemia, consistently. Thus, due to the study findings, further researches may be conducted and many patients will get a chance to have an effective treatment and recovery from serious health problems.

References
Price, R.J. (1998). “Delivery of Colloidal Particles and Red Blood Cells to Tissue Through Microvessel Ruptures Created by Targeted Microbubble Destruction With Ultrasound.” Circulation, 98, pp. 1264-1267.
Tsutsui, J.M. et al. (2004). “The Use of Micro Bubble to Target Drug Delivery.” Cardiovascular Ultrasound, 2(23), pp. 2-23.