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vampares

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Everything posted by vampares

  1. Boulder scientists report record-early high CO2 readings at key site this This graph is like smooth-smooth-smooth-SteveO riding downhill in a grocery cart. Weeeee! Graphs from The Keeling Curve The current CO2 at the site is 398.88 ppm, for the record, which appears to be about on the blue graph curve. Anyone want to propose an idea as to where the "spring board" in the data is coming from?
  2. Pyruvate is a major chemical pathway cross road. Getting back up hill without further metabolism would be difficult. I'm going to be trite and say that once you are here, at pyruvate, turn around and ask yourself why you are here. The answer is probably because gulcose do to the nature of chemical structures only looks like 2 pyruvates. You would have to do something with this at some point in time. Its rly simple. Just grow them on something other than glucose. Ah ha but there in lies the problem.
  3. The Glen Beck perspective is important. People are erratic and value job security. With less disease, healthcare costs paradoxically go up. As demand for pulp goes down, deforestation increases to supplant the lost income which resulted from our supply and demand economy. We'd arrive at terms like "shock treatment" and "panic logging" in hindsight.
  4. The graphs are meaningless. The maps may be meaningless as well. It looks like mount everest is actually poking it head up out of the clouds. North America got colder from January to February. I'm guessing the light reflected from snow affects some of the data. Snow is unpredictable. In 200 years this could mean something.
  5. Is that like running up behind people straight arm and and pushing them off bridges teaches them to fly?
  6. GMO crops are produced by a guy who sprays herbicide on seed fields and the survivors are considered GMO. This is no joke. I personally dislike even associating with the GMO concept. Especially if the forebrain of the operation does not have clear and concise methodology. In this instance, forebraein completely removed, I don't like herbicides. So there.
  7. Radical polymerization is one of the standards of polymers. A radical is introduced and the bond is made generating a successive radical. Exothermal/endothermal considerations should be taken into account. Peroxide is a good one due to the presence of oxygen in the atmosphere. There is also the potential to polymerize with UV irradiation. You're saying similar to hair. To "re"-polymerize something I would consider electro-chemistry. Sulfate ions have a strong electrical potential. SO4-2 + 2 e-> S2O8-2 is a reaction I have long been interested in seeing put to use. I think this is the same concept as the hair straightener. If sulfate could then be precipitated out, the repolymerization would be done with either a catalyst or hydrogen peroxide at your convenience. In theory, you could plate out the results. Sulfur requires platinum electrodes. But you can also dissolve an electrode deliberately. BTW it would take a few days to a week to breakdown probably. I think MSM, Methylsulfonylmethane, could have solvency interactions.
  8. Tetralin AKA tetrahydronaphthalene 1,2,3,4-tetrahydronaphthalenyl It is a hydrogenated naphthalene molecule (or the equivalent to one). The naphthalene retains its numbering assignments, so this this hydrogenated at carbon 1,2,3 and 4. It will be added at the carbon 1 position. There is the cyclization strategy and naphthalene strategy. According to my book tetralin can be produced by adding {Na, ethanol, heat} to naphthalene. If you were able to place a leaving group on the naphthalene ring and use this reaction with out dropping the leaving group then you could use this in as a means of adding tetralinyl perhaps. Hydrogenation of naphthalene will produce decalin. A potential leaving group could be Br by Br2. With asparagine this could create a amide with a stabilized group. The Boc group mentioned in the google search, t-butooxycarbonyl is used for the first amino acid. It is an amino blocking group. Because asparagine has an open nitrogen it also needs a blocking group permanently throughout synthesis because it would otherwise act as an available unchained nitrogen. Due to the nature of protein synthesis by chemical reagents this would otherwise create a very large mess. Another way to add tetralinyl would be by cyclization. The reagents would be more expensive. Likely candidates would be involve a benzoid with an unsaturated chain and some other unsaturated alkene. The likelihood of hitting the oxygen is higher in situ. Other methods could involve removing the nitrogen altogether and then replacing it later on. This is a very good option in my opinion because tetralinyl seems to be a rather tentative occupancy. I'm not sure which is worse the naphthelene or the tetralinyl. Nothing really takes up on nitrogen and I think not removing it is one of the headaches.
  9. Electrons are the most functional form of energy. (we don't have computers running on light, heat or gravity) The issue is making the electrons go. So, chlorophyll is provided an electron. From where I do not know. When solar energy hit the chlorophyll, the chlorophyll is deformed. The deformation is opposed, stoichiometricly and the loose electron bears the difference. The electron is then accepted across a membrane and chemically stored along with the higher energy. This side of the membrane then must eject a electron. This electron will be lower energy. In this scenario we would be looking for something equivalent to a peroxide to be evolved.
  10. I know a bit about magnesium and supplementation. In plants, magnesium is an elemental requirement for photosynthesis. Calcium competes with magnesium as an ion because these elements are in the same period. It does so to the point of magnesium deficiency, regardless of sufficient quantities of magnesium. In animals the biological need for magnesium is not the same. Animals do not use magnesium structurally as they do calcium. Magnesium is a considered "laxative" but more appropriately it could be considered a digestive stimulant. In ruminants this probably the predominant function which suffers deficiency. Magnesium excess may result in a calcium deficiency by the same principals calcium causes magnesium deficiency in plants. No they're not!
  11. I'd have to say that you are so emasculated and quazi-sexual for such a consideration. --[just kidding] Over population is intrinsic in our existence by the social order of contrarians. Not only politics, not only industry, not only technology but science to is DICTATED by an itching-butts need for need by failure. Kill Bill and then we can talk some more.
  12. Deuterium is a stable isotope of hydrogen. If hydrogen (protium, thats hydrogen-1) is bombarded with neutrons, why does this not create deuterium? If I am correct fission occurs (do correct me) because particles conjoin with isotopes that were previously stable. Now the isotope has an extremely short half-life and decays. Well what if the particles are not intrinsically repelled by classical physics and the particles collide?
  13. Maybe. Birds for instance typically avoid people but in some instances they can be fed by hand. I find that insects and spiders will exit the natural habitat and enter into human domains when the ecosystem is out of kilter. Most industrial technology is "tuned" to coexist with healthy ecosystems. ie acid rain that is not biologically neutralized will corrode most metals. Similarly most other practices rely on natural forgiveness. Most of the losses mankind can expect will be in the health of children. Carbon dioxide report can be very brash but when the reports tell us our children are retarded we do not want to listen or believe.
  14. vampares

    puboreticalis

    If you have one the one side but not the other, I think you then check someone else to see if they have two.
  15. SERPIN PEPTIDASE INHIBITOR, CLADE E (NEXIN, PLASMINOGEN ACTIVATOR INHIBITOR TYPE 1), MEMBER 1; SERPINE1 PLASMINOGEN ACTIVATOR INHIBITOR 1; PAI1 aka PLANH1, SERPINE1 ENDOTHELIAL PLASMINOGEN ACTIVATOR INHIBITOR HGNC Approved Gene Symbol: SERPINE1 Cytogenetic location: 7q22.1 Genomic coordinates (GRCh37): 7:100,770,369 - 100,782,546 This protein encoding appears to be structural. It does not appear to have enzymatic or interactive properties. 4G/4G, 4G/5G and 5G/5G is referring to homozygous recessive, heterozygous and homozygous dominant -- respectively. The "blonde" type may see transient thrombophiliae which is not life threatening but apparently characteristic. It would seem this is the "thinner skinned" type. This person would be....mmm....I'll guess less stable? Or more stable depending on prospectives. The polymophism referred to is a genetic anomaly. This protein, in this case, is not coded to contain an end point. The genetic mechanics will not be able to complete this protein. The protein is presumed to be non-functional, perhaps residual.
  16. The pressure is also affected by changes in volume or vice versa. PV=nRT n is the molar amount of substance and R is the gas law constant, these might be ignored. The cause of atmospheric pressure is the force of gravity upon the the mass of air on earth. Being an open system, high pressure atmosphere will be inclined to move into the region of a lower pressure region until the pressure is equalized. Air will move more quickly at higher altitudes because it is less dense and experiences less friction. It is less dense because it occupies more volume because of the change in gravitational pressure. . . . Anyways, atmospheric pressure changes are usually a dynamic of precipitation. When water condenses to a liquid form it must release the thermal energy which allow it to become gaseous. This thermal energy will increase pressure and thereby the volume. The volumetric change will make the air less dense. It will rise. But looking at that gaseous water from the other direction you might think of it as being cold thereby dense. So it would have more pressure. It won't stay like that forever. Fast barometric changes are indications of convective storms. Hurricanes have low barometric pressure in the center. This sucks air inward. The atmosphere is also likely affected by the tidal forces of lunar gravity. I'm not sure how much difference this makes but I've had difficult time pinning down one barometric reading from another. There are many factors involved. Annotated are easier to read. Meteorologists use tools like hodographs.
  17. This is like an aprotic nucleophile enzyme? I would think that this mechanism might be involved in the actual lipopolysaccharide biosynthesis. But I'm not sure if you'll find a putative signal transduction pathway. It sounds sort of structurally advantageous. Anyways this is very complicated. If you alter the metabolic growth medium and the activity changes, I think you can say that it is not a signal transduction pathway. Maybe just the palmitate acid. Or perhaps something which leads to a true metabolic pathway change. Otherwise I think you'd need to use DNA alterations.
  18. Adding too much Indole-3-acetic-acid will have a herbicidal effect. Plants should generate chemical signals on an as needed basis. Otherwise they will be out of control. If you add "nutrients" to any given situation you have a large probability of generating some sort of micro-organism. This happens frequently when germinating seeds. Anyways, the herbicidal effects on the plant are essential opening the plants vascular system and it is leaking. This provides the fuel for the micro-organisms.
  19. I think chemtrails / real ugly contrails may form when the lifted index is very high. This would mean that it is cold on the ground and warm up in the air. This has at least been my experience. And then there are moisture boundaries and fronts. But as far as exhaust moisture combining with something in the air, like Silver Iodide, I'm not sure. Sometimes it is an indication it will rain soon. Rain clouds attract cloud seeders and so on. No proof of any of these things but I used to get really bad jet trails.
  20. When it happens does it happen just on a single branch or is it more sporadic? I am considering that DNA was transfered by pollination and was then assimilated into the plant. This would have some broad reaching implications if DNA could jump into a plant. I was actually mistaken the node is not the start of DNA alteration. The DNA correction starts just after the node of the branch. There are two or three mutant off shoot just after the node. This offshoot is mutant on one side but not on the reciprocal side of the branch. This is the node of the branch which a mutant offshoot on it. Again it has a mutant but now after this a non-mutant.
  21. I have looked into this subject fairly hard and I have not made an enormous amount of progress yet. There are "concept theories" in the scientific community that poise the solar radiation management concept. Passing this with meteorology would be the next step. Meteorology is a very sophisticated science. The only projects that I have documentation of being reported to NOAA as law requires are Silver Iodide cloudseeding and a couple of CO2 projects. I have not verified that the list of reported projects is valid. It is not held on the NOAA website that I can find currently anyways. It would appear that something like 2000 kg's a year of AgI is released in a nano-partical smoke. I have not been able to find evidence of direct federal funding of cloud seeding projects (outside of one in the 1960's sometime). Most cloud seeding projects are listed as "snowpack augmentation". The sates listed are from memory: Nevada, Utah, Colorado, Wyoming, Idaho, Texas and California. The websites of state governments of Utah and Wyoming state that they do have funded cloud seeding projects. I think Nevada has suspended its projects. Colorado has opened the grant award system to proposals. There are weather modification companies in Texas, maybe outside of Corpus Christi and North Dakota. Silver Iodide is obnoxious. It is harmful to plants, animals, insects. When it is sprayed it will land just about anywhere, so it is a chemical trespass of a toxic heavy metal. Silver from photographic processing must be removed sufficiently before the waste chemicals can be released into the sewage system. The EPA regulates nano-silver containing products as a pesticide. These products must be reported to the EPA. I have no verification of actual releases, if any. I have no data of the actual quantities released or where the AgI released into the environment is now. Silver Iodide was used, experimentally, to suppress hurricanes at one point in time. My idea of the way this would work is that the AgI would create a upward rising of air by release of energy from water in the gaseous state. That release would create a low pressure area. If the area is created near the hurricane, it would shift the hurricane over towards the seeded area. The atmospheric affects beyond this one meteorological mechanism could be... tornadoes, hail, dense air, wind, lightning, turbulence, haze, extremely dry air, extreme solar radiation, snow, ice, drought, flood, earthquakes, damage of electrical equipment, oxidation and deposition on metal surfaces. US military operations might release some substances into the atmosphere. Similar to various substances in fireworks, perhaps? It may have some environmental effects. I don't know if these effects are intentional or evaluated. I do not know what the policies are in place regarding these issues. Back to the Silver Iodide. The burning of propane on the top of a mountain, in itself, would create sort of an updraft which would draw snow up the side of a mountain. Carbon dioxide can release water from clouds but there are some other mechanisms involved or techniques required. Snowmaking machines create fine mist of water particles. Burning biomass such as pine needle debris can induce a reaction in pine trees which will produce rainfall. Acoustic waves that produce the movement of air ie whistling. I would classify all of these things as rain/snow inducers/collectors/generators. The weather modification reporting statues do not require the reporting of these activities. Down drafting by aircraft, atmospheric release of substances, large energy sonic waves, this sort of a thing is reported. Climate modification occurs in all of these instances or none of them, depending on how you view climate modification. Outside of 'moving to a different climate', climate modification may require land use alteration or long term effects -- particularly side-effects, effects outside of the stated purpose of the activity. Using an adjective such as "destructive climate modification" or "adverse climate modification" or "incidental climate modification" may be more appropriate. Intentional climate modification maybe we could term "climate adjustment", "climate attenuation" or something along these lines. Producing anomalous meteorological events would be more along the lines of "modification". Other concepts that fall into the category are painting heat absorbing surfaces with a reflective coating. Such as painting blacktop with titanium dioxide. A small amount of titanium dioxide, almost imperceivable, on blacktop surfaces can reduce the surface temperature by 50 degrees. This would be used on streets, roofing, etc. Titanium dioxide dust would be a potential issue, also would be the washing away of the titanium dioxide. So the implementation would need to controlled with regards to quantities and application methods. The effect this would have increases on roadways where the reducing usage of air conditioning further cools the environment.
  22. Compact car or mid-size sedan. Mid-size sedan might be under powered. The problem with solar panels is that dense energy production is pricey and so while there are enough places to put these things, what would that look like? On most buildings half the "energy" is the savings you would get on AC. So going the cheap route with more collector area -- where would you put this thing and how cheap is it? Probably not all that bad. Copper oxide is expensive when it is made on a sheet of copper. With some polymers and "nanotechnology" (I have not crashed them on the wherewithall), it would be a lot cheaper and you could probably just roll these things out. The circuitry inside of your standard keyboard is an illustration of about what I am thinking here. Idea would be to just "print out" rolls of this stuff and try to make it look nice. I think the aesthetics aspect of the proposal is the speed bump. That concept is hard to beat. Probably because building materials are increasing made of synthetics. It would be difficult to get a kelp array onto a roof. It could probably float however. And there is the degradation issue. Kelp has the advantage of being rather biodegradable, even salable in any circumstance. The degradation of a polymer panel array may not lend itself to ease of disposal and must be replaced. I'm not even sure kelp would work. How long would it last? If it did work, the industrialization is sort of an on sight sort of a thing maybe. External panel material could be reusable. Even so, exposure to solar radiation in something like vinyl siding usually needs some sort of protection. Thinking titanium oxide and zinc oxide. Otherwise the lifespan of the panel is limited. Silicon panels made with glass should function indefinitely. This is rather attractive from a life investment standpoint. It's difficult for a solar array to gather enough power to move a car if that solar array is the surface of the car. Otherwise it is something like 4000 watts for 8 hours to power the Volt. Design an array around this. The charging of the car is an aspect. Takes time. We would have to store the energy perhaps somewhere other than the car. That energy system would then need to discharge about 4000 watts. That's a bit hefty. But something in the range of 14 foot x 14 foot array is about what we would be looking at. Power supply twining, less than perfect yield estimations -- I like the sound of 15 x 60. Yeah that's just one car traveling 30-40 miles a day. So you might be looking at architectural redesign before this is going to take hold. Premising me you'd get more technology in there to start. Then you eat the Feng shui. Roofing is about the only opportunity you're really going to get as far as sky facing mounting surfaces go. Otherwise these panels are going to need backing support and if this is 15 foot x 60 foot array, the surface area will take a rather large amount of force from even light winds. Practically speaking it would require what is in essence the equivalent to modern structures like steel buildings. So, market leverage is going to make the free standing array increasingly expensive.
  23. Any idea how much time cow have to think. Maybe they could write books or something. Do my taxes. And the concept fails because... I think the hesitation to use the kelp is that it is sort of messy and you needed a lot of it perhaps, and well? I've read on early solar panels. There are several methods that would allow for the production of electricity with or without silicon. If you look at this from that stand point, yeah, it sort of "cheap", sort of "easy" -- if it works.
  24. Electron potential in a solar cell is captured by means of a one way bridge, like a semi-conductor. Electrons can travel one way but not the other way. The hypothesis is based upon the same concept but in this instance the one way bridge is biological membranes. Like farming. I posted a picture of a snack apple tree. They were OK last year. Not quite food. They won't be at the farmers market next year. Deer love em. If you want to go the route of ethanol production it a is very good idea IMO. So long as the process does not mutated microorganisms. I think this is much better than using wind energy. Wind energy is poised to "create jobs" but on the grid it is sort of a nuisance because there is no control of the things and they aren't reliable down to the here and now on demand production of power. Solar energy is expensive, it doesn't operate at night and while power is produced. The draw back is that they are expensive. They use light sources that photosynthesis does not. So dry dessert areas are probably the only location they won't get dirty or receive to little solar radiation. So back to the ethanol production. One part of this is that in essence the technology is tripped up by the moonshine bootleg alcohol still thing. It is a deterrent when it is illegal to produce distilled alcohol with out a license. These old still were not designed to produce efficiently. I have looked into adapting the process to something that was more autonomous and did not waste too much energy. Something like using underground condensation and ambient or solar temperatures (as opposed to a propane burner and a bucket of ice).
  25. Maybe I should post a video of a donkey running on a wheel as fast as he can.
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