FUNCTIONAL DECLINE SYNDROME
“Facts which at first seem improbable will, even on scant explanation, drop the cloak which has hidden them and stand forth in naked and simple beauty.”
Galileo Galilei
Human biological components bear no resemblance to machine parts that slowly wear down over time. Regardless of any extrinsic factors, the cells and other biological components that comprise the human organism have very short lifespans. The intrinsic damage that results from that constant dying off of biological components (and less than perfect replacement thereof) is an inexorable force. A multicellular organism is capable of surviving beyond the lifespan of its individual components only because it has maintenance processes that remove and replace the cells and other components that suffer from intrinsic damage. Those processes are so fundamental to the survival of all complex organisms that it’s long past time that the scientific establishment acknowledges the existence and importance of maintenance systems generally and of the human maintenance system in particular.
Distinguishing FDS From “Aging”
In the absence of a generally accepted definition of the term “aging,” the use of that term has resulted in a great deal of confusion. Since the term “aging” can mean the passage of chronological time and at the same time mean all of the physiological changes that humans typically experience with that passage of time, the two concepts are conflated. (1)
Humans undergo certain nonfunctional physiological changes with advancing chronological age that are natural and inevitable. But those changes (e.g. wrinkles, graying and thinning of hair, etc.) are not the result of a pro-active aging process. Those non-functional changes occur because the human maintenance system is not designed to prevent or reverse all age-associated physiological changes. Natural selection makes cost/benefit choices relating to the optimal way to allocate finite resources. A maintenance process that prevents or reverses hair loss does not confer significant evolutionary benefits. As a result, that trait (a robust hair follicle maintenance process) would not be genetically inherited. And in the absence of a countervailing maintenance process, accumulating intrinsic damage will take its toll on hair follicles.
Degenerative Disorders
As discussed in the essay entitled “Degenerative Disorders,” degenerative disorders are caused by some extrinsic environmental agent or factor interfering with the effective functioning of one or more of the maintenance processes that collectively comprise the human maintenance system. Intrinsic damage is an inexorable force, but intrinsic damage accumulates only when an environmental factor interferes with the effective functioning of the maintenance system. That interference impairs the ability of the maintenance system to remove and replace biological components that are harmed or destroyed as a result of intrinsic damage. Ultimately, if the environmental factor is not neutralized, sufficient intrinsic damage accumulates that functionality is compromised to such an extent that it is recognized as a clinical problem – a degenerative disease.
Like other degenerative disorders, FDS must result from some extrinsic agent or factor interfering with the effective functioning of the human maintenance system. As a result of that interference, intrinsic damage accumulates, and the accumulation of that damage leads to the progressive loss of functionality throughout the entire human organism that characterizes FDS.
Symptoms of FDS
Like all degenerative disorders, FDS has a variety of symptoms. A person with severe FDS suffers substantial diminution in functionality of multiple organs and systems. The question of which age-associated degenerative disease is first diagnosed is typically determined by a combination of genetics and risk factors. Different individuals have different “weakest links.” (2) A person with a less robust circulatory system may manifest cardiovascular disease, while another subject who suffers from the same degree of FDS may be diagnosed with osteoporosis. In any event, both subjects are suffering from reduced functionality in all organs and systems. It’s typical for a person with severe FDS to be diagnosed with multiple age-associated degenerative disorders.
FDS is a Non-Acute Degenerative Disorder
The critical distinction between the New Paradigm and the current paradigm is that the New Paradigm posits that FDS itself is a degenerative disorder. Evolution had over a billion years to get it right from a genetic standpoint. Absent genetic defects, all of our organs and systems are designed for optimal functionality. That functionality is safeguarded by the human maintenance system. Any decline in functionality is the result of some factor interfering with the proper functioning of our maintenance systems.
So why doesn’t the human maintenance system prevent or reverse the accumulation of intrinsic damage in a typical 20-year old human? Academicians who have asked similar questions have tried (unsuccessfully) to rationalize why evolution did not program humans to function effectively past the age of 20. (3) The New Paradigm posits a different answer. The only answer that is consistent with natural selection is that the human maintenance system is capable of preventing or reversing the accumulation of damage. Like other degenerative disorders, some extrinsic environmental agent must be interfering with the performance of the maintenance system.
A common misconception is the assumption that if the human species were endowed with an effective maintenance system, that system would function automatically regardless of environmental conditions. If that premise were correct, then the fact that humans are mortal and typically accumulate intrinsic damage over time proves that the human maintenance system is inherently ineffective. In fact, the human maintenance system does function automatically and quite effectively under the proper environmental conditions. But if environmental conditions vary significantly from evolutionary environmental conditions, the maintenance system does not operate quite as effectively as it should. A number of examples of well-known disorders that result from suboptimal environmental conditions disrupting the functioning of the maintenance system were discussed in the essay entitled “Degenerative Disorders.”
FDS and the Endocrine System
The endocrine system is an essential physiological component of higher-level maintenance processes. Scientists have long recognized the association between FDS and the performance of the endocrine system. As individuals age, there is a decline in serum concentrations of a host of hormones. According to one article, symptoms caused by deficient hormone levels “include reduced protein synthesis, decrease in lean body mass and bone mass, increased fat mass, insulin resistance, higher cardiovascular disease risk, increase in vasomotor symptoms, fatigue, depression, anaemia, poor libido, erectile deficiency and a decline in immune function.” (4) To a remarkable extent, that list of symptoms resulting from deficient hormone levels coincides with a typical list of the infirmities associated with aging.
The New Paradigm challenges the assumption that FDS results from an endocrine system that, as a result have the passage of time, has become incapable of producing sufficient quantities of necessary hormones. FDS is not restricted to older people whose endocrine systems have been compromised by decades of accumulating damage. Functional declines caused by FDS appear in the typical human by the age of 20. If we are to believe that a compromised endocrine system causes FDS, then there needs to be an explanation as to how the endocrine system becomes compromised at such a young age. But there is no such explanation. If insufficient serum concentrations of critical hormones causes FDS, some factor other than a compromised endocrine system must be the reason why those levels are deficient in a young adult. The only rational conclusion is that some environmental factor is interfering with the proper functioning of the endocrine system in relatively young humans. (5)
Age-Associated Degenerative Disorders
The term “age-associated diseases is typically used to refer to all diseases that tend to afflict older people more than younger people. But there are a number of disorders, the incidence of which increases with age, that are not symptoms of FDS. The various forms of cancer comprise the primary example. Cancer is not a degenerative disease, and it is not caused (at least not directly) by a disruption of the maintenance system.
The New Paradigm addresses only degenerative disorders – disorders that are characterized by progressive physiological deterioration. The New Paradigm does not purport to address the numerous variants of cancer, because cancers are not degenerative disorders. Even if we were able to eradicate FDS, that eradication would not necessarily have a material positive effect on the incidence of cancer. In fact, since the eradication of FDS would eliminate or at least greatly delay death “by natural causes,” it is quite likely that eradicating FDS would increase the number of people who are ultimately afflicted with cancer. (6)
The New Paradigm’ Offers a New Approach to Age-Associated Degenerative Diseases
The New Paradigm offers a new approach. Age-associated degenerative diseases are symptoms of FDS. FDS is caused by an environmental factor (or the absence thereof) interfering with the proper functioning of one or more maintenance processes. If scientists can identify the environmental factor, it is almost certain that neutralizing that factor is within the capabilities of current medical technology. Acknowledging the significance of the human maintenance system, and identifying how particular maintenance processes are enhanced or disrupted by particular environmental agents, offers a new approach to age-associated degenerative disease.
- Additional confusion results from the fact that there is a pervasive presumption that the reason that organisms have a pro-active physiological aging process is to ensure that all organisms have a finite lifespan. Thus there is a presumed, yet completely unwarranted, linkage between FDS and mortality. Uncorrected FDS, like all other degenerative diseases will progress until the subject dies. But FDS is not caused by some presumed need for humans to have a limited lifespan.
- Persons who live to extremely old ages do so not because they are not suffering from FDS, but rather because they don’t have a “weakest link,” such as a genetic predisposition to cardiovascular disease.
- These rationales are discussed at some length in the essay entitled “Critique of the Non-Programmed Aging Rationale.”
- Chahal HS and Drake WM, The endocrine system and ageing, J Pathol (2007).
- One of the maintenance functions performed by the maintenance system is maintenance of the endocrine system and thus the maintenance system itself. For example, one hormone that is involved in multiple maintenance processes and is thus critical to the effective functioning of the maintenance system is human growth hormone (“HGH”). HGH is a peptide hormone that is synthesized, stored, and secreted by the anterior pituitary gland. In addition to promoting growth, HGH is strongly associated with maintenance of all internal organs other than the brain. In other words, HGH plays an important role in the maintenance of the very organ (the anterior pituitary gland) that produces it. If an environmental factor interferes with the production or secretion of HGH, then the pituitary gland itself will deteriorate over time. As a result, one of the symptoms of relatively severe FDS is the impairment of the functioning of the endocrine system. But that symptom should not appear until relatively late in life.
- Historically, most humans that did not die from starvation or war died from infectious diseases. It was only after infectious diseases were controlled that age-associated degenerative diseases became the primary cause of death. Controlling age-associated degenerative diseases will likely result in cancers being the primary cause of illness-related deaths.
This is the final essay in this Section. The next section is “Implications.”