Diana Climent

[Melian Refugee @escapefrommelos]

So many w*m*n discussing this video of Matthew McConaughey & Austin Butler, in complete ignorance of male dynamics…

This is not “sexual tension” but two men who semi-openly hate each other

[Dr. Jack Kruse Decentralized Medicine Maxi 🔆 @DrJackKruse]

LOL. Seems like the fitness gurus, meat heads, and the centralized doctors do not understand the basics. When your body is jeweled by nnEMF and your work outs are in blue light fueled by carbohydrates this is exactly what one should expect. Why?

DARPA research on the elite soldiers shows most of them fail when using cold.

Why?

This is gonna take a while to explain........Google triathalon deaths or cardiac death in winter so you understand why this understanding the context is critical.

In winter in most places there is a paucity of UVA and IRA light. This limits photorepair and limits melanin creation from POMC translation. This stresses the melatonin/cortisol/dopamine/ATP system.

When you do your due diligence, you'll notice that triathalon deaths occur mostly during the swim or immediately after it. Why is that?

Winter the cooling have a link. It is the same reason you face your seasonal demise but how it happens in you is a bit different. These athletes are all carb adapted not just do to their diets, the light environment they train in raised blood glucose and insulin. Cold also increases blood glucose. This behavior occurs because of their beliefs tied to performance.

This changes the protein confirmations on most of the proteins used in the mitochondria. The cytochromes being the most important where quantum tunneling occurs. Once electrons are tunneled they head toward oxygen to reduce it. The inner mitochondrial membrane also water micelle's around it (MINOS) they have polarized water around it that contain's protons. The matrix has protons in it that are transfered to the ATPase to make ATP. Many of them are not protium, but are deuterium. This causes ATPase to fail.

When they are in a summer season or warmer environment their proteins have a certain confirmation bend because they are dehydrated from the task but also because they are living off carbs 90% in nnEMF of the time. This dehrated their proteins in cells and cause acute delta psi collapse.
In the warm environment it is not a problem for them because they are recycling ATP easily because UVA and NIR light act to reduce ATP stoichiometry via the faster pathways you learned about in my EMF 4 blog. IR-A light also can augment ATP production because CCO allows the IMM to make water that is DDW. Carb use from food or light create only 50% of the DDW that fats do. Remember the what I taught you in the Energy and Epigenetic series.

As temperature goes rises in cells, entropy increases in a system. DDW is less efficient so when entropy increases, water density drops.

This changes how water can work with sunlight. When water density is less, the water contains less oxygen therefore the cell sense hypoxia. There are fewer electrons because light is not splitting water using melanin. When oxygen tensions are lowered less ATP is made and more light is relesed from cells in UPEs. This light is noise and not signal. When oxygen is lowered it cause methylation defects via TET enzymes. This means that in a warm environment you are running more hypoxic and you perceive a need for carbs to offset this set of circumstances to run a faster stochiometry to make energy.

Could UVA and IRA light help this? Yes, but this is not always possible during the swim when people have most of their body covered up by a body suits for sponsors in the colder water. As long as all those conditions stay the same the body and system adapts properly. When they hit the water or cold temperature they immediately leave a warmer environment during the run or the bike ride........This radically changes the situation to the living system. Remember what I taught you from the CT series. In water heat transfers occur 24 times more quickly than they do in air. This means rapidly UPEs change our physiology. The sensory systems in the PNS are all designed from an evolutionary standpoint to respond to transient environmental changes and not a rapid change. The same thing is true with the circadian clock genes. This is the essence of sensory receptor adaptation in humans.
This is where the shit begins to hit the fan for the athlete or person in cold when they are carb adapted or not getting enough solar exposure during this transition. The cold receptors sense the transient change and send it to the brain and the mitochondria in coherent water. The water surrounds the mitochondrial membrane. This temperature change changes the molecular arrangements of proteins and fats in the outer and inner mitochondrial membrane. It also changes the molecular structure bonding angles, and the rotations of the bonds in these molecules. This implies there is electronic, molecular, and rotational changes in these proteins to alter its function in a quantized fashion. This changes UPE emission from mitochondria

So the tissue, specifically their mitochondria, begin rapidly to sense this "change in matter" and the proteins and water around the mitochondria react in quantum fashion to this change. But what can not happen in these people? They need ATP to unfold their new protein confirmation to bind more water inside the cell to meet the new environmental demands. They can not do it for two reasons. They are dehydrated and they do not have the ability to make enough ATP to match the protein and water changes inside the cell to the radical temperature change, so what happens? They make less ATP and transfer less energy via the water micelles and this all accelerates the process of hypoxia. Another big thing happens. In temps below 62 degrees insulin no longer works in a mammalian cell. If you have no insulin you have no way to work the Krebs cycle to bring metabolic intermediates to the mitochondria. Since all they eat is carbs and protein they have no substrate ready to make ATP. So the cold alone, runs them dry of energy substrates to make ATP very quickly because of their mismatched fuel choices. Since they are in cold water they cannot use IRA light to augment this loss either. The cold water hastens this demise in tissue with mitochondrial density. This is why ketosis is linked with cold temps in nature all the times. As it steepens their muscles begin to hurt but eventually it alters their ability to think because they just think this is a temporary thing they experience from the grueling race. Soon their heart/brain become starved for O2 while they continue the swim. The environmental signals are massive because of the way heat is transferred in water so rapidly. When they emerge from the water the environment changes just as drastically back to the warm........from cold. They have an immediate spike in oxygen reduction in the face of a cytosol and mitochondria now adapted to severe hypoxia. This is the ultimate environmental mismatch that their body is not prepared for on such short time scales. It mimics an acute circadian mismatch to light. When this occurs, oxygen becomes toxic as the hydroxyl free radical.......I taught you about this in the Sept webinar of 2013. When this happens it immediately changes the ability to quantum tunnel electrons in the cytochrome proteins because they are loaded with transition metals. This immediate causes the ability to make no ATP. The one bail out would be solar light, but people are covered in triatholons. When ATP is not made in the mitochondria it causes a cell to lose its meta stability (read the Q & A October webinar 2013 thread here to get the full impact) and the cell begins to reach true equilibrium. It is no longer able to be far from equilibroium.

When this happens the brain, heart and skeletal muscles all release water and potassium and become rigid. They can no longer contract and the heart stops in diastolic failure. We call this failing in autophagy. This is precisely how one dies of an AI disease or from sleep apnea. The only difference is the time scales and the temp changes. This can lead to cardiac death or rhythm changes in the heart.

The science is well known by decentralized clinicians.

[Diana Climent @dianaclimentt]

@UriBruguera 😂

[Diana Climent @dianaclimentt]

@UriBruguera ♥️

[RAC1 @rac1]

📌 Diana Climent, nutricionista: "Els greixos són la millor font d'energia emmagatzemable, els vertaders enemics són el sucre i els olis refinats" https://t.co/w0WSVn2V96

[Pol Ducable Rogés @Pol_Ducable]

Quin patir avui al @Liceu_cat amb l'Orquestra que interpreta bandes sonores de Williams i Zimmer... El trompeta no arriba i només en tenen un, no hi ha tuba, tempos accelerats i el concertino lluny de brodar el solo de la Llista de Schindler... Lamentable @NKproducciones

[Diana Climent @dianaclimentt]

@artemiopx To the bone

[Diana Climent @dianaclimentt]

@mockudramas Hahaha tal qual

[mockudrames @mockudrames]

A partir d’avui també podem sortir a passejar amb el nostre nen interior?

[Diana Climent @dianaclimentt]

@AdaColau @PabloIglesias Populista

[Diana Climent @dianaclimentt]

@UriBruguera @Fortelena @Makilisto Charlie no se’n duu la feina a casa. Vol estar tranquil

[Diana Climent @dianaclimentt]

@Fortelena @Makilisto @UriBruguera Son molt pesats.♥️

[Carme Fageda 🎗️ @cfageda]

@TIME Catalonia is not Spain

[christian rovira @chrovira]

Que la mala gestió política del 🦠 s'hagi de transformar en pèrdua de llibertat i cessió de dades personals, significa un fracàs estrepitós de la democràcia i el triomf del model autoritari xinès. El debat entre seguretat vs llibertat és absolutament orwellià i lamentable...

[Diana Climent @dianaclimentt]

@UriBruguera I a sobre aquests treballadors no disposen de material de protecció ni pagant.

[Diana Climent @dianaclimentt]

@JoanQueralt @lmejino @margarita_bonet @UriBruguera mireeemla

[Diana Climent @dianaclimentt]

@ESCIupf Olé. Moltes gràcies!🙌

[ESCI-UPF @ESCIupf]

🗞️ L'#Agenda d’aquesta setmana ve carregada de propostes per passar millor el confinament: hi trobareu pel·lícules apocalíptiques, concerts en streaming a Instagram i visites virtuals a museus #ESCIUPFNews
https://t.co/2H45dR5PMh

[Diana Climent @dianaclimentt]

@rockanimalradio @RockologiaTwit Get yer yayas out tbien