Dwarfism Quotes

Rubella, Talipes, Amsterdam dwarfism, Austism, Asthma, Eczema, Epilepsy - the Sacred Disease. Moth madness, Papa calls it. Said Daniel. The Epilepsy, Papa used to say I was his little papillon de nuit - because of how I fluttered and got the shakes. Butterfly of the night. It suited him.

suffered from dwarfism –

Every genetic “illness” is a mismatch between an organism’s genome and its environment. In some cases, the appropriate medical intervention to mitigate a disease might be to alter the environment to make it “fit” an organismal form (building alternative architectural realms for those with dwarfism; imagining alternative educational landscapes for children with autism). In other cases, conversely, it might mean changing genes to fit environments. In yet other cases, the match may be impossible to achieve: the severest forms of genetic illnesses, such as those caused by nonfunction of essential genes, are incompatible with all environments. It is a peculiar modern fallacy to imagine that the definitive solution to illness is to change nature—i.e., genes—when the environment is often more malleable. 10.

McKusick's belief in this paradigm-the focus on disability rather than abnormalcy-was actualized in the treatment of patients in his clinic. Patients with dwarfism, for instance, were treated by an interdisciplinary team of genetic counselors, neurologists, orthopedic surgeons, nurses, and psychiatrists trained to focus on specific disabilities of persons with short stature. Surgical interventions were reserved to correct specific deformities as they arose. The goal was not to restore "normalcy"-but vitality, joy, and function. McKusic had rediscovered the founding principles of modern genetics in the realm of human pathology. In humans as in wild flies, genetic variations abounded. Here too genetic variants, environments, and gene-environment interactions ultimately collaborated to cause phenotypes-except in this case, the "phenotype" in question was disease. Here too some genes had partial penetrance and widely variable expressivity. One gene could cause many diseases, and one disease could be caused by many genes. And here too "fitness" could not be judged in absolutes. Rather the lack of fitness-illness [italicized, sic] in colloquial terms- was defined by the relative mismatch between an organism and environment.

Maybee there is no guile here," Deor suggested. "Perhaps it is just a group of dragons who have come together to raid the hold." "The diffirence? if they pretend to cooperate ... they must cooperate to pretend. It would be worse than a guile.

Our northern brethren buried their dead, were skilled toolmakers, kept fires going, and took care of the infirm just like early humans. The fossil record shows survival into adulthood of individuals afflicted with dwarfism, paralysis of the limbs, or the inability to chew. Going by exotic names such as Shanidar I, Romito 2, the Windover Boy, and the Old Man of La Chapelle-aux-Saints, our ancestors supported individuals who contributed little to society. Survival of the weak, the handicapped, the mentally retarded, and others who posed a burden is seen by paleontologists as a milestone in the evolution of compassion. This communitarian heritage is crucial in relation to this book’s theme, since it suggests that morality predates current civilizations and religions by at least a hundred millennia.

Every genetic “illness” is a mismatch between an organism’s genome and its environment. In some cases, the appropriate medical intervention to mitigate a disease might be to alter the environment to make it “fit” an organismal form (building alternative architectural realms for those with dwarfism; imagining alternative educational landscapes for children with autism). In other cases, conversely, it might mean changing genes to fit environments. In yet other cases, the match may be impossible to achieve: the severest forms of genetic illnesses, such as those caused by nonfunction of essential genes, are incompatible with all environments. It is a peculiar modern fallacy to imagine that the definitive solution to illness is to change nature—i.e., genes—when the environment is often more malleable.

What is it about the ancients,’ Pinker asks at one point, ‘that they couldn’t leave us an interesting corpse without resorting to foul play?’ There is an obvious response to this: doesn’t it rather depend on which corpse you consider interesting in the first place? Yes, a little over 5,000 years ago someone walking through the Alps left the world of the living with an arrow in his side; but there’s no particular reason to treat Ötzi as a poster child for humanity in its original condition, other than, perhaps, Ötzi suiting Pinker’s argument. But if all we’re doing is cherry-picking, we could just as easily have chosen the much earlier burial known to archaeologists as Romito 2 (after the Calabrian rock-shelter where it was found). Let’s take a moment to consider what it would mean if we did this. Romito 2 is the 10,000-year-old burial of a male with a rare genetic disorder (acromesomelic dysplasia): a severe type of dwarfism, which in life would have rendered him both anomalous in his community and unable to participate in the kind of high-altitude hunting that was necessary for their survival. Studies of his pathology show that, despite generally poor levels of health and nutrition, that same community of hunter-gatherers still took pains to support this individual through infancy and into early adulthood, granting him the same share of meat as everyone else, and ultimately according him a careful, sheltered burial.15 Neither is Romito 2 an isolated case. When archaeologists undertake balanced appraisals of hunter-gatherer burials from the Palaeolithic, they find high frequencies of health-related disabilities – but also surprisingly high levels of care until the time of death (and beyond, since some of these funerals were remarkably lavish).16 If we did want to reach a general conclusion about what form human societies originally took, based on statistical frequencies of health indicators from ancient burials, we would have to reach the exact opposite conclusion to Hobbes (and Pinker): in origin, it might be claimed, our species is a nurturing and care-giving species, and there was simply no need for life to be nasty, brutish or short. We’re not suggesting we actually do this. As we’ll see, there is reason to believe that during the Palaeolithic, only rather unusual individuals were buried at all. We just want to point out how easy it would be to play the same game in the other direction – easy, but frankly not too enlightening.

The LP actress Linda Hunt once wrote, 'Dwarfism, after all, isn't like cancer or heart disease. It isn't fatal, and it isn't even an illness. It is physical, though, and inescapable. You don't get over it. It is you. But you aren't it, and that's an important distinction.

To a nonstop world, the Rule of Benedict brings balance and simplicity. In the face of a complex world with the twenty-four-hour workdays and constant motion, the Rule asks for a life that deals with a little bit of everything in proper measure: work, prayer, solitude, relationships. The Rule, in other words, is an antidote to excess and to human dwarfism. A proverb says, "Wherever there is excess, something is lacking." The Rule of Benedict mandates a measured life.

You’re a dwarf,” he said, not meeting Evan’s eyes. “Tommy!” cried Mrs. Snow. “The correct thing to say is that I’m a person with dwarfism. Or a little person. Or a person of short stature.” “A person with dwarfism,” Tommy repeated. “Is it achondroplasia?” “Actually, no.” “But that’s the most common form of dwarfism. Seventy percent of cases.” “True. But I’m unique. One of a kind.” Tommy nodded, seeming satisfied with that. “Do people laugh at you?” “Sometimes.” “People laugh at me.” “People can be asses.

Romito 2 is the 10,000-year-old burial of a male with a rare genetic disorder (acromesomelic dysplasia): a severe type of dwarfism, which in life would have rendered him both anomalous in his community and unable to participate in the kind of high-altitude hunting that was necessary for their survival. Studies of his pathology show that, despite generally poor levels of health and nutrition, that same community of hunter-gatherers still took pains to support this individual through infancy and into early adulthood, granting him the same share of meat as everyone else, and ultimately according him a careful, sheltered burial.15

As our ancestral populations spread across the globe, they encountered the same environments and selective forces that shaped the phenotypes of other populations endemic to these regions. The imprint of these regional selective forces is still evidenced by genetically determined differences in the characteristics of indigenous populations of humans, who often exhibit the same ecogeographic patterns described earlier for other native wildlife. In comparison to populations endemic to tropical regions of the continents, human populations native to lands in the higher latitudes tend to be larger and have relatively shorter limbs—following Bergmann’s and Allen’s rules, respectively. Our indigenous populations also exhibit latitudinal variation in skin color reminiscent of Gloger’s rule: darker skin (greater melanism) in the tropics, protecting native humans from the potentially destructive effects of intense solar radiation; lighter skin in high latitude populations of our species promoting absorption of the limited sunlight to levels sufficient to stimulate the production and storage of vital nutrients in the skin. On islands, the body size of primates (including insular populations of hominids) generally follows the island rule—exhibiting a graded trend toward more pronounced dwarfism in the larger species. The hominid of Flores Island (the “hobbit”) was only one-third to one-half the mass of its ancestor (most likely, Homo erectus). The island peoples of Indonesia, Melanesia, Micronesia, and the Philippines also tend to be relatively small in stature, again consistent with the island rule.

laboratories for the study of tourism, and Evans (1973) used the same rationale to argue for the study of cultural practices on islands. Biologists, ecologists, and biogeographers have repeatedly pointed to the outcomes of endemism, including dwarfism and giantism, as a function of the isolation of islands and the closed nature of island environments (Carlquist 1974).

HGH was responsible for human growth, and lack of it caused dwarfism, or too much of it caused NBA players.

Nothing crushes in the person his sense of self such as him following the common opinions, and be unable to make criticizing positions against what he hears or sees. The ability to express the convictions is the line between the ability and inability, and the awakening and sleep, and the growing and dwarfism.

Advocacy makes change possible when people are willing to call out what is wrong, care enough to stand up for what is right, commit to the cause for as long as it takes, choose the right forum, collaborate and form coalitions with like-minded people and organizations, communicate with honesty and respect, and have confidence in God’s ability to change hearts and minds.

The pathways with axons pointed towards the core, and which carry impulses inward, are called the afferent pathways. They originate in the various sensory endings of the body—the exteroceptors on the surface, the proprioceptors in the connective tissues (especially the joints), and the interoceptors in the the internal organs. Their final axons terminate in the sensory cortex. They are often referred to as the sensory pathways. Their job is to carry to all the levels of the nervous system information about everything that is affecting the organism—that is, all sensory stimulation. Four of these afferent pathways are short and distinct, arising from the highly localized and specialized areas of the “special senses”—sight, hearing, taste, and smell. The fifth kind of sensory information, that wide array of sensations we refer to collectively as “touch,” converges on the cortex from virtually every surface and cranny of the body. These are the “somatic senses,” and they include all of the pathways and endings which inform us of our internal state of affairs and our relationship to the outside world. The afferent, inflowing pathways of the nervous system constitute one of the principal tools of bodywork. It is by their means that surface contact and pressure enter into the deeper strata of the mind, where genetic potential and sensory experience are fused into behavior and character. Each successive afferent neuron is a finger reaching deeper and deeper into the interior, making its influence felt on all levels which influence behavior. It is sensory input which has conditioned our reflexes, postures, and habits into the patterns in which we find ourselves living. Nothing would seem to be more reasonable than the expectation that different sensory input can recondition these habits and patterns, alter them, improve them. This input can be different both in the sense of being more, giving additional nutritive contact to the various subtle degrees of “deprivation dwarfism,” and in the sense of being more pleasurable, more caring, softening and dissolving compulsive patterns that have been created by pain and stress.