PRIZE NOBEL in MEDICINE ,2017
NOBEL PRIZE FOR MEDICINE
AND PHYSIOLOGY, 2017
How
to interpret the fact that all living organisms (plants, animals and humans), must
to anticipate and adapt their physiologies to the sequential, environmental
changes caused by the succession of day and night, which in turn induce
adaptive body changes (higher or lower
temperature, lower or higher levels of hormones, blood pressure, alertness
levels, or altered behaviors)?. This is
a necessary question in the case of studies that, over many years, have proved
the existence -at least until now- of 3
pairs of genes with their respective encoded proteins that allow the corporal
adaptations referred and that have
allowed to 3 American scientists:
Jeffrey C. Hall (Brandeis University, Waltham), Michael Rosbash (BrandeisUniversity) and Michael W. Young (Rockefeller University, NY), get the Nobel
Prize for Medicine and Physiology, 2017, for their discoveries of the molecular mechanisms that
control the circadian rhythm. 1-An interpretation is that we -humans- are
adaptive, autonomous, programmed biomachines, that we have biological
plasticity and that free will, should
be rethought. 2-If the environment influences us to the point of manipulating
our genes, then, the medicine based on colors, and others related would have
their reason for being. 3-Considering that some diseases are produced by
defective genetic adaptations to the environment, then the care and improvement
of the environment should be part of medicine.4-On the other hand, the genetic
mechanism that generates proteins (that are elaborated at night and that are
degraded during the day), and which promotes the adaptation of our physiology
to environmental changes is an example of autonomous biological engines, which
although not yet created by the human mind, are everywhere present in the human
body.
PREMIO
NOBEL DE MEDICINA Y FISIOLOGIA, 2017
¿Como interpretar el que
todos los organismos vivos (plantas, animales y humanos), tengan que anticipar
y adaptar sus fisiologías a los cambios secuenciales, medioambientales,
provocados por la sucesión del día y la noche, inductores a su vez de cambios
corporales adaptativos (mayor o menor temperatura, menores o mayores niveles de
hormonas, de presión arterial, grados de alerta o, que sus conductas se alteren)?.
Pregunta necesaria ante estudios que a
lo largo de muchos años han probado la existencia -por lo menos hasta ahora- de 3
pares de genes con sus respectivas proteínas codificadas que permiten las
adaptaciones corporales referidas y que han permitido que 3 científicos americanos: Jeffrey C. Hall (Brandeis University,Waltham), Michael Rosbash (Brandeis University) y Michael W. Young (Rockefeller
University,NY), obtengan el Premio Nobel de
Medicina y Fisiología, 2017, por
descubrimientos de los mecanismos moleculares que controlan el ritmo
circadiano. 1-Una interpretación
es que seamos biomaquinas adaptativas, autónomas, programadas, que tenemos
plasticidad biológica y que el libre albedrio debiese ser repensado. 2-Si, el
medio ambiente influye en nosotros al punto de manipular nuestros genes,
entonces, la medicina basada en colores y otras relacionadas, tendrían su razón de ser. 3-Considerando
que algunas enfermedades son producidas por adaptaciones genéticas defectuosas
al medio ambiente, entonces el cuidado y mejora del ambiente debiese formar
parte de la medicina.4-De otro lado, el mecanismo genético que genera proteínas
(que se elaboran de noche y se degradan
durante el día) y, que promueven la adaptación
de nuestra fisiología a cambios medioambientales es ejemplo de motores biológicos autónomos, que
aunque aún no han sido creados por la mente humana, están presentes por doquier en el cuerpo
humano.
Labels: biological engines, encoed proteinsfree will., Prize Nobel winners in Medicine and Physiology 2017
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