How Long Does Alcohol Stay In Your Blood?
Alcoholic products affect people more like a drug or narcotic than anything else & in many instances are considerably more harmful, on account of it being so readily available, unlimited access, & excessively encouraged throughout the entirety of society. This has occurred over time, & has not only become the ‘de- facto’ norm within the United States, but also throughout most places & countries in the entire world. We have become a global civilization fuelled by the consumption of alcohol. Any & all damages caused by it, whether societal &/or personal, short or long term, are forced to take a back seat due to it’s immense profitability. Our societal values have been intentionally contorted, to weave in the definition of acceptance on almost every level of ‘social acceptance’ into something that is (all too often) contextualised via the consumption of alcohol. This in turn has produced illness that is no longer measured only via the individual, but on a societal scale: The rates of alcoholism not only in America, but also anywhere on the planet, & are not only staggering, but have become an economy in & of itself.
While this may be a subject with a broad-reaching scope & magnitude with many facets of influence regarding the cause-&-effect of it’s proliferation & consumption, The primary focus of this article will be it’s effects on the human body, & the amount of time required for the human body to absorb & dissipate the presence of alcohol from a person’s system via metabolisation, & the specific relevance of it’s presence in the blood’s circulatory system. It is important to know how long does alcohol stay in your blood so we will discuss further.
Alcoholic content within the blood-stream
Alcohol levels within the blood-stream are determined with a test measuring standard known as ‘Blood- Alcohol-Content’, a.k.a. its abbreviation, ‘BAC’. The BAC measurement system determines a ‘percentage per given amount’ of blood, amounts usually measured in deciliters (dl, or dcl). Alcohol stays in blood for a decent amount of time. Keep reading to learn more.
Primarily the BAC standard was a system developed for assisting law-enforcement in determining amounts of alcohol within a person’s blood, & therewith intoxication levels. It’s most certainly useful in the accurate determination of whether or not an individual is capable of operating a motor vehicle. It’s at this point the question arises – what are the specific variables & factors which are taken into consideration when determining tested alcohol levels within an individual’s blood?
Primary contributing BAC factors are: how many servings were consumed, sexual persuasion of the individual, Body weight & mass. A variety of secondary factors considered are:
- Alcoholic type of substance
- Levels of tolerance
- Racial influence
- Genetic makeup
- Age of the individual
- Medication (type & amount, when) they may have taken
- If a person has eaten
- When did they last eat
- The amount they’ve eaten
- What’ve they recently eaten
Inebriation from alcohol affects females more quickly then males. The primary reason for this is because of a differential in ability of diluting alcohol, metabolization, body fat, hormonal differences, etc. males have a tendency to retain water within the body in higher amounts than females do, resulting in males (statistically) being capable of diluting alcohol with greater ease then females. Females also (statistically) have considerably less of a specific enzyme that assist’s in alcohol metabolization, which allows it to pass into her bloodstream. This causes alcohol processing to occur more slowly. Females also possess (statistically) levels of hormones that are higher than males, which are largely on account of menstruation, & results in increased alcohol-to-blood processing time. Additionally, an individuals total content of fat in their body is directly relevant to their alcohol processing capability. On average, Females have a higher content of fat than their male counterparts, which causes intoxication to occur more rapidly, & also inhibits the rate of metabolization. Many people don’t know how long alcohol stays in blood which is why we write about this in detail.
Digestion of blood alcohol: How it works….
Has anyone ever consumed too much, beyond what one might consider to be ‘acceptable limits’ of engagement, perhaps they remember that moment when their ‘plateau’ began to take a tail-spin, as it were. Beyond that moment, bodily tissue, blood, the bladder, etc., temporarily serve as a storage facility for all of the excess alcoholic content that hasn’t yet undergone metabolisation. When this occurs too often, cerebral injury will likely result, as well as damage to bodily tissues in other parts of their system becomes very probable.
A person’s body engages in a fairly predictable of step-by-step series of organic functions regarding the digestion of alcohol. The total amount of time alcohol will reside in an individual’s body is more dependent upon the quantity of alcohol they consume, than all other relevant contributing aspects being considered.
Depressants are the most apt comparison to the effect & function alcohol exerts on the human body, the processes centre of the nervous-system (CNS) is disrupted via alcohol’s chemical ‘interference’ & decelerates the execution of their communicative function as a result. This has an adverse effect on almost all activities the body engages in, both mental as well as physical. The human body will almost immediately both absorb & respond to the presence of alcoholic content once consumed.
Dissimilar from it’s handling of food-stuffs or narcotics, the human body won’t require extensive dissemination work to become digest-able. After arriving within a person’s stomach-area, approximately twenty percent of the digested alcohol progresses immediately to within smaller blood-vessels which transport water-volume various nutrient types through their entire bodily system.
This entire process of alcohol’s inception into the body will decelerate should it be accompanied by food during its consumption. This is beneficial (up to a certain point) in that, absorption at a slower rate increases the amount of time required to become intoxicated to the full extent of the alcohol, which was already consumed. Does alcohol stay in blood long? What do you think about the rate of metabolisation?
Rates of Blood Alcohol Metabolisation: The Liver
After the blood-stream’s contact with alcohol via it’s arrival in the circulatory system, it then journey’s into a person’s liver where metabolization occurs. As indicated by some medical publications, alcoholic metabolization via the liver occurs at an identical rate of progression for any person, irrespective of their race, weight, sex, etc. Obviously this isn’t true for individuals who possess any predisposed illness either directly involving or via its influence overtaxing or impeding regular liver functionality (disease of the liver, for example) or possesses a liver condition. If so, the metabolization rate will be slower.
Overall, The human liver requires 1 hr. for metabolising 1oz. of alcoholic fluid. For the majority of people, 1 oz. alcohol produces a concentration of 0.15 alcohols in their blood. This equates to having either none or only residual amounts of alcohol within the blood-stream ten hours afterward. If one consumes more alcohol, then the alcohol will remain longer within their system.
Rates of metabolism for the liver will affect the sensations from alcohol one experiences from continued consumption. When the levels of alcohol in a person’s blood climb from .05 until .055, there is a marked increase in observable & perceived adverse effects. Emotional perception will shift from a positive to a negative psychological disposition. Typically, each positive default emotion will achieve it’s opposite: Happy-to-depressed, calmness-to-irritation, and relaxed-to-disoriented. This divergence point is typical & representative of the dual-phased or ‘bi-Phasic’ effects alcohol exerts on both the human physiology & psychology. After an individual arrives at the latter phase, cerebral & neural damage to functionality, as well as other types corporeal trauma are probable to occur.
*Health & Medical Conditions produced via the over-indulgence in alcoholic consumption & its addiction (a.k.a. ‘alcohol-ism’)
Alcoholic addiction or ‘alcoholism’ is notorious for the cumulative nature of its destructive effect within the human body. As many medical research studies & their associated clinical results have often proven, persons that are afflicted by long-term alcohol-ism risk the development of chronic & serious conditions, because alcohol will injure & destroy various body areas & induce long-term impedance of vital organ functions. Commonly known conditions relevant to alcohol-based illnesses consist of:
- Diseases of the Liver
- Pancreatic Illnesses
- Spectral Foetal alcoholism
- Cancerous Illnesses
Absorptive Processing of Alcohol in Blood
Absorption of alcohol occurs via smaller vessels & capillaries of the blood, which are attached to a person’s lower intestine and stomach. Alcohol will also be absorbed into blood & a variety of bodily tissues if excessive quantities persist within a persons blood-stream. An individual who drink’s more rapidly than one’s liver is able to metabolize will begin the accumulation of alcohol within their bodily tissues & blood. Therefore, after one’s ‘BAC’ (blood alcohol content) is in excess of .055 tissues of the body & blood begin absorption of any remaining excessive amounts.
When making a comparison of male vs. female, chemistry of the body will affect each gender’s rate of absorption for alcohol. Male physiology has a tendency to retain a greater water-content than with females; males will average approximately 60% water, vs. 51% in female’s. All water amounts retained will assist in dilution of the bodily concentrations of alcohol – more water equates to lower concentrations of alcohol over time. In females, decreased water retention & volume will markedly increase susceptibility to alcohols effects & injury. So does alcohol stay in blood long? We will let you decide that answer but we have given you the info you need to decide.