The Myth of Python Snakes Strangling Prey

It is a myth that pythons suffocate their prey into submission and eventual death as they are technically causing obstructive shock of the circulatory system. This is performed by creating force pressure capable of exceeding the ability of the heart to compress, with this pressure focused tightly within the center of the heart, causing death as a direct result. As soon as pressure is elevated above what the heart utilizes to pump and eject blood throughout the circulatory system, the cardiac system becomes unable to eject blood causing prey to pass out within 10 – 20 seconds, similar in structure to how a headlock cuts off oxygen from the brain and causes a human opponent to pass out. As a python coils, it begins contracting its muscles to generate this tremendous crush pressure, referred to as “circumferential pressure”. To provide frame of reference, circumferential pressure is the type of pressure applied when a saturated cloth is rung out to expel all liquid. The blood pressure of prey typically doubles in stature after being constricted (e.g. moving from 120/80 to 250/160 to 300/200 over the course of 12.5 minutes), enough to cause syncope, a cerebral vascular accident, and death in most mammals. Sphygmomanometers typically exert 140 – 160 millimeters of mercury during a routine blood pressure examination, enough to cause blood perfusion to be cut off during measurement and pain to develop if the duration of the examination is extended for any reason. Python snakes are capable of applying 2x – 3x this rate of pressure, directly upon the neck or thorax of their prey. It is currently unknown if this ability can be increased when required (e.g. emergency situation of an animal escaping etc.)

The Negative Effects Associated With Condom Usage During Sexual Intercourse

Many experts feel as though they cannot talk about the negative aspects of condom usage to promote safe sexual intercourse, however scientifically speaking, there are several negative effects which can be incurred when doing so. The reason these individuals with specific expertise in sexual reproduction, biology, anatomy, and/or physiology do not discuss these issues is because of the fear of spreading misinformation because it’s already difficult to get people to consistently use prophylactics during intercourse, dumping negative information into the public would most likely if not most definitely cause adherence statistics to plummet. With that being said, condom usage can and does on occasion cause 3 different bacterial strains to become present within the vagina, causing erythema both inside the vagina and upon the vulva. The infection is more likely to occur after intercourse has commenced. This rational argument is the most widely used argument within the adult entertainment industry to avoid condoms by performers both male and female. These individuals are tested monthly, sometimes even biweekly for every known kind of sexually transmitted infection and disease, which is why many within the field argue that condoms are an unnecessary risk for them to partake in as their ability to perform sexual acts is their primary source of income and if this is hindered, the consequences could be financially detrimental

The Test Subject and Scientific Experiment Which Proved the Fear Response in Human Beings Does Not Solely Reside Within the Amygdala

Justin Feinstein is one of the few scientists who have been able to study a woman who has zero fear response. To protect the woman’s identity, this subject is known only as “S.M.”, and Feinstein has had the opportunity to work with her under laboratory conditions and in real world scenarios (e.g. coffee meeting, sporting event, professional conference etc.) for the past 15 years as of 2018. S.M.’s lack of fear has had unexpected consequences within her life, as she displays no sense of typical fear induced scenarios (e.g. personal space, feeling completely comfortable being nose to nose with a complete stranger as the concept of personal space and discomfort has no meaning), heightened by the fact that S.M. does not produce typical signals of distrust when interacting with a novel person. S.M. lacks fear because she is without her amygdala, a physical trait observed in very few human beings, making S.M. one of the only people in the world to produce this physiology. S.M. has no amygdala because she has been diagnosed with Urbach-Wiethe Disease (pronounced “urr-bock vee-they”). The underlying etymology of Urbach-Wiethe Disease is still unknown but in patients with the condition, specific portions of the brain, in both hemispheres, can become subject to selective calcification which erodes the ability to function as designed. The amygdala acts as a sentry for potential fearful stimuli, and produces a response accordingly. The removal of or inability of the amygdala to work correctly results in a complete and total lack and/or loss of fear. This condition has caused S.M. considerable difficulty during her life as she has experienced dangerous interactions with those participating within the illicit drug trade. Upon one occasion, a stranger ran up to S.M., placed a firearm against her temple, and yelled “bang!”. Neighbors witnessed this event and notified law enforcement which puzzled S.M. as she did not view the event as dangerous or alarming and therefore did not expect to be contacted by the police. When the human body detects the intake of too much carbon dioxide, it can become pushed into a state of alarm. Feinstein wanted to better understand what would occur if he interfered with S.M.’s respiratory system, using 35% carbon dioxide during the first trial run. Feinstein found that S.M. was immediately fearful after a single intake breath, despite his original hypothesis of no fear response being observed. S.M. displayed an immediate and dramatic fear response with S.M. herself describing it as the “most intense fear ever felt” during her entire life. This single breath was revolutionary for neurology as it definitively proved that the amygdala is not the only region of the brain which controls and is related to fear