Abstract
Summary
The Aim of the present study was to correlate the blood oxygen with Tea likeliness.Blood oxygen level represents the fraction of oxygen i.e. saturation or unsaturation in haemoglobin of Erythrocytes. About 200 subjects took part in this study and Blood oxygenlevel of every subject was checked by using Oximeter. The normal oxygen level in bloodof human beings should be 97 percent and it can fluctuate during exercise. Questionnairewas prepared to estimate the likeliness and Dislikeliness among subjects. To analyze theresults, t-Test was done, and p-value was observed by considering p<0.05 as significantvalue. By Statistical Analysis, it was interpreted from the recent study that Peripheral Oxygen Saturation with Tea likeliness does not correlate.
Keywords: Blood Oxygen Level; Peripheral Oxygen Saturation; Tea Likeliness
Introduction
Blood oxygen level represents the fraction of oxygen i.e. saturation or unsaturation in haemoglobin of Erythrocytes. Blood shouldmaintain normal levels of oxygen for aerobic metabolism whichhelps in Breathing. Human body needs specific oxygen level inblood and normal oxygen level in blood of human beings should be97 percent and it can fluctuate during exercise. Haemoglobin of redblood cells collects oxygen in the lungs by using respiratory systemand distributes it to the whole body. Oxygen level below 90 percent (low partial pressures of oxygen) leads to hypoxemia becausehemoglobin is deoxygenated. The symptoms of low blood oxygenlevel include changes in the color of nails and skin i.e. bluish colorappears. Blood oxygen level below 40 percent leads to compromisethe function of Brain and Heart and Blood oxygen level below 20percent leads to comma and ultimately, it causes death. Continuelow levels of Blood oxygen causes many serious problems like cardiac, respiratory and neurological problems. A pulse Oximeter is aninstrument which indicates the oxygen level in our blood. Oxygentherapy can be used to raise blood oxygen levels.
In ancient years, Tea was used as an aromatic beverage for manymedicinal problems because it helps in improving our health i.e. itcontains a chemical known as Nicotine. Now a days, Tea is also usedto regulate the blood level of human beings because it has boosting antioxidants like catechins and ingredients which helps in theactivation of human Brain and releases tension of the persons. Teais simply prepared by the addition of teabags and milk in kettles ofboiling water with a bit sugar according to one’s taste. It is considered as White tea and it is the simplest tea. Tea is also considered asa lifestyle for the present generation. Many types of tea have beendiscovered yet i.e. White tea, Black tea, Green tea and Kashmiri teaetc. Black tea is considered as a strong tea because it contains potential ingredients in it and it is taken mostly in Europe. Green teahas its own great importance because it is taken as a diet tea i.e. itis helpful in the dieting. Kashmiri tea is used mainly in gatheringsand it is used as a trend in Asian countries to serve Kashmiri chayeto guests. In short, Different types of tea have different nutritionaland health values. By addition of Fruit flavors to the tea, we canget natural health benefits. We can also add the flavors of different things like chocolate. Tea has given us many benefits like it canreduce cancer related diseases and heart diseases. Furthermore, itgives us energy and refreshes our mind but excess of everything isbad. Therefore, we should not take more than 4 cups of tea per day. The aim of the recent study was to interlink the Blood oxygen levelwith Tea likeliness [1-5].
Materials and Methods
Approximately 200 participants took part in this research andBlood oxygen level of every participant was checked by using Oximeter. To interlink Peripheral oxygen saturation with Tea likeliness,Questionnaire was prepared to estimate the likeliness and Dislikeliness among participants.
Estimation of Blood Oxygen Level
Peripheral Oxygen Saturation represents the oxygen levels inblood, and it can be measured by using a device named Pulse Oximeter which clips to the finger or earlobe, light sensitive sensors inthe device measure absorption of red and infrared light and it calculates the Blood Oxygen Level by finding the difference betweenoxygenated and deoxygenated hemoglobin levels in blood. By usinga Formula, we can calculate the Blood Oxygen Level with Pulse Oximeter as follows:
Spo2 = Hbo2/Hbo2 +Hb
Where HbO2 = Oxygenated Hemoglobin
Hb= Deoxygenated Hemoglobin
Statistical Analysis
Statistical Analysis was done by using state software. To analyze the results, t-Test was done, and p-value was observed by considering p<0.05 as significant value.
Results and Discussion
t-Test was used to analyze the Correlation of peripheral oxygen saturation with Tea likeliness. In Table 1, Correlation of Peripheral Oxygen Saturation (Mean±SD) with Tea likeliness amongmales, females and Both (Males and Females) is given as followsin which p-value is calculated by t-Test is greater than 0.05 i.e. it isnon- significant (p-value smaller than 0.05 is referred as significantwhile p-value larger than 0.05 is referred as non- significant) andit means that there is no correlation of Peripheral Oxygen saturation with Tea likeliness [6-8]. This Questionnaire based studies willgive great importance to the latest researches because no researchhas done before this about correlation of normal blood oxygen levelwith Tea likeliness. Such type of researches show advancement inthe scientific era and give us broad idea to relate different variableswith different Blood factors. In this way, we can also know about thediagnosis of different diseases related to human beings.
Table 1: Co-rrelation of Peripheral Oxygen Saturation (Mean±SD)with Tea likeliness among Males, Females and Both (Males andFemales).
Note: Results were non-significant ( p<0.05).
Conclusion
By Statistical Analysis, it was interpreted from the recent research that Peripheral Oxygen Saturation with Tea likeliness doesnot correlate in human beings because p-value was larger than significant value which was calculated by using t-Test (p<0.05).
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