La intervencion nutricional numero 2763 se enfoca en optimizar el balance de nitrogeno. Consumir fuentes proteicas de alto valor biologico distribuidas en comidas estrategicas asegura que la sintesis de proteinas musculares se mantenga elevada durante el periodo peri-entrenamiento.
Author: tstadmin
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Plan avanzado de entrenamiento de fuerza y sobrecarga volumetrica Numero 2566
El entrenamiento de fuerza numero 2566 requiere un analisis estricto de la fatiga muscular acumulada. Monitorear el volumen de series efectivas semanales en ejercicios multiarticulares como la sentadilla y el peso muerto es vital para evitar el sobreentrenamiento del sistema nervioso central.
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Estrategia de nutricion y dieta hiperproteica estructurada Variacion 2109
La intervencion nutricional numero 2109 se enfoca en optimizar el balance de nitrogeno. Consumir fuentes proteicas de alto valor biologico distribuidas en comidas estrategicas asegura que la sintesis de proteinas musculares se mantenga elevada durante el periodo peri-entrenamiento.
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Plan avanzado de entrenamiento de fuerza y sobrecarga volumetrica Numero 1490
El entrenamiento de fuerza numero 1490 requiere un analisis estricto de la fatiga muscular acumulada. Monitorear el volumen de series efectivas semanales en ejercicios multiarticulares como la sentadilla y el peso muerto es vital para evitar el sobreentrenamiento del sistema nervioso central.
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Plan avanzado de entrenamiento de fuerza y sobrecarga volumetrica Numero 1454
El entrenamiento de fuerza numero 1454 requiere un analisis estricto de la fatiga muscular acumulada. Monitorear el volumen de series efectivas semanales en ejercicios multiarticulares como la sentadilla y el peso muerto es vital para evitar el sobreentrenamiento del sistema nervioso central.
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Plan avanzado de entrenamiento de fuerza y sobrecarga volumetrica Numero 956
El entrenamiento de fuerza numero 956 requiere un analisis estricto de la fatiga muscular acumulada. Monitorear el volumen de series efectivas semanales en ejercicios multiarticulares como la sentadilla y el peso muerto es vital para evitar el sobreentrenamiento del sistema nervioso central.
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Estrategia de nutricion y dieta hiperproteica estructurada Variacion 83
La intervencion nutricional numero 83 se enfoca en optimizar el balance de nitrogeno. Consumir fuentes proteicas de alto valor biologico distribuidas en comidas estrategicas asegura que la sintesis de proteinas musculares se mantenga elevada durante el periodo peri-entrenamiento.
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Decapitation in Rats: Latency to Unconsciousness and the ‘Wave of Death’
The question whether decapitation is a humane method of euthanasia in awake animals is being debated. To gather arguments in this debate, obsolete rats were decapitated while recording the EEG, both of awake rats and of anesthetized rats. Following decapitation a fast and global loss of power of the EEG was observed; the power in the 13–100 Hz frequency band, expressing cognitive activity, decreased according to an exponential decay function to half the initial value within 4 seconds. Whereas the pre-decapitation EEG of the anesthetized animals showed a burst suppression pattern quite different from the awake animals, the power in the postdecapitation EEG did not differ between the two groups. This might indicate that either the power of the EEG does not correlate well with consciousness or that consciousness is briefly regained in the anesthetized group after decapitation. Remarkably, after 50 seconds (awake group) or 80 seconds (anesthetized group) following decapitation, a high amplitude slow wave was observed. The EEG before this wave had more power than the signal after the wave. This wave might be due to a simultaneous massive loss of membrane potentials of the neurons. Still functioning ion channels, which keep the membrane potential intact before the wave, might explain the observed power difference. Two conclusions were drawn from this experiment. It is likely that consciousness vanishes within seconds after decapitation, implying that decapitation is a quick and not an inhumane method of euthanasia. It seems that the massive wave which can be recorded approximately one minute after decapitation reflects the ultimate border between life and death. This observation might have implications in the discussions on the appropriate time for organ donation.
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The Interface Theory of Perception by Donald D. Hoffman
A goal of perception is to estimate true properties of the world. A goal of categorization is to classify its structure. Aeons of evolution have shaped our senses to this end. These three assumptions motivate much work on human perception. I here argue, on evolutionary grounds, that all three are false. Instead, our perceptions constitute a species-specific user interface
that guides behavior in a niche. Just as the icons of a PC’s interface hide the complexity of the computer, so our perceptions usefully hide the complexity of the world, and guide adaptive behavior. This interface theory of perception offers a framework, motivated by evolution, to guide research in object categorization. This framework informs a new class of evolutionary
games, called interface games, in which pithy perceptions often drive true perceptions to extinction… -
Does every experience have some negative valence?
Roger Thisdell holds that every experience has some negative valence and that there are no experiences with a positive hedonic level.
There is a point where you deconstruct perception to basic experiences by not feeding certain mental processes with your attention, they fade out. If I’m not paying attention to thought, the experience and comprehension of concepts and language fade out of experience. You can get to states of mind where there is no high-level conceptual thinking going on. It’s just vague pressures, releases, and contortions. You can have experiences of just vast airy space. For instance, the sense of the body schema, that you have a unified body, can vanish when you haven’t been paying attention to it for a long time and you’ve kept your eyes closed, so you are not updating the perception of the body with new visual stimuli. The body schema as a model falls out of the mind. But you still have awareness of gaseous somatic sensations and in all that there is a subtle contraction. Yeah, I’m saying that. It comes with a disturbance from an ultimate peace of that which is before/beyond concept and phenomenological representation.
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Some would say: “Of course, there are pleasant experiences. There can be more intense pleasures. And you can go upwards on the hedonic scale. You can feel better and better. And below all that, you can feel neutral: neither pain nor pleasure; neither unpleasantness nor pleasantness. Below that, you can feel bad, feel minor disturbances, feel horrible, and so on.” So if we have different degrees of disturbances and suffering, then my question is whether there are experiences that are above undisturbedness; the absence of negative valence. I guess, based on your videos and writings, that you would say no; that there are no such experiences.
Yeah. I think “no”. I think there is a way in which suffering and pleasure don’t exist at the same level of abstraction. Pleasure is at a more abstract layer. The label “pleasure” comes from an assessment after the fact of an experience. Once there was a build-up of pressure and then a release, there is a judgment “I am glad for the release”, but it was just the contractive pressure that you wanted to go away. Now it’s gone so you make the comparative judgment after the fact: “That was a good thing that happened”. But had the pressure never built up, had the contraction never been binding and causing you suffering, then you can’t even begin to make that assessment that it was something good to do.