I will resist making fun of the provided magic thinking here that seems to be right out of someone's feelings on what might work well. We could spend quite a few years going down every garden path on a whim to see it it might just be better.
1. What is the goal?
2. What is the metric to measure that goal? Is it valid?
3. What paths have been tried and can we now retrospectively measure those ones with the given metric?
4. Take the retrospective methods that score well and do a prospective cohort study to determine where to go to.
Quite frankly, until we can even agree on step 1, we will get nowhere with an overhaul of the school system.
Can you explain how two thirty year old adults are able to form a zero year old baby?
Neat question. I can make the attempt. It's cheater cell biology. Cancer is largely a numbers game. A cell has to amass multiple mutations that both provide unlimited proliferation, and knocks out programmed self-destruct. When we're dealing with trillions of cells in a human body, all replicating in a way that is designed to be close - but not perfect - this still takes a long time. First, all cells in an organism come from a single cell. This is fairly elegant as this means that significant errors in replication result in failure of the organism and miscarriage. Minor errors could be accepted though, so some people will be at higher risk for cancer than others. Second, germ cell lines in women freeze replication (in meiosis) at about 12 weeks gestational age. So these cells have undergone significantly less replication than the rest of the 30 year old body. Third, a single spermatozoa, while from older cells as germ cells produce sperm continuously, both needs at least adequate genetics to provide the machinery to make the long swim. The spermatozoa also is much smaller, essentially containing only the genetic material. So the newly formed baby depends on the much younger (relative to number of cell replication and devisions) ova's machinery to replicate. And even if this spermatozoa is somehow inadequate, paired chromosomes mean that most cells have at least two copies of blueprints for everything that needs to be made, and generally, only one copy has to work. Fun stuff, biology.
His posts are filled with dramatic descriptions of his actions (including returning to his home in disguise to find police digging up his dead dogs and cutting off their heads) and lay bare his suspicions about Belize authorities.
I would like to hear more about why they are stupid.
Also because when you are trying to pull data, instead of using a handful of codes that encapsulate all the stuff you are trying to study, you have to perhaps draw from a much wider pool. Say you are looking for all ankle fractures - do you now look for ankle fractures, tibial fractures, fibular fractures, injuries caused by giraffes, falls from a height greater than 6.7m but less than 9.5m, etc. There is much potential crossover and yet it may not be fully inclusive of all you want to study. If people who studied in one location tend to code injuries from reptiles, while from another they specify turtles and we see a difference between the two groups, is it because reptiles are different than turtles, or because they were all turtles but one group treats turtle injuries better than the other.
More information is not necessarily better. Case in point: Full body scans - we find more anomalies, but not necessarily more disease as that stone in your gallbladder may never have caused you problems, but now that it is known we are much more likely to want to take it out.
I think this will result in a lower signal to noise ratio.
However, from an epidemiological standpoint, having better information about the causes of health problems will allow better study of cause and effect relationships between wellness and disease, for example. Even if it is a pain to implement (there must be a code for that).
This should intuitively be true. However, making assumptions about a population based solely on someone's ability to find the proper code will not garner the response you are looking for. If I see someone for a twisted ankle (alligator-induced), a common cold, dirt in the eye of extraterrestrial origin, and insulin dependent type 2 diabetes, it is much easier for me to put down the common cold (and perhaps diabetes mellitus, though no specific sub-classification) because I see it all the time and remember it. Most current applications only provide spaces for 3 diagnoses anyhow. ICD 9 gives 780 for general symptoms, and people with much more exacting diagnoses are given this code because it is easy to remember and can be used for almost any situation.
Studies based on retrospective chart reviews often come up with bizarre correlations. Take autism and vaccinations, or acetaminophen and Type I diabetes for example.
I guess alot of this would come down to one question, are humans responisble for why they are an endangered species?.
If we are then we should probably put a effort into saving them especially if they are essential to their habitats such as bats and what not. If we are no way related to why they are going extinct such as a natural disease or predator in the area, then let nature take its course.
I think this has little to do with it. Ultimately we have scientists with a very robust theory, evolution. We currently have a situation of significant selective pressure, as evidenced by the increased number of extinctions that have occurred in recent times. We also have a number of species that we think are at risk for extinction. We are merely trying to determine if our understanding of evolution is sufficient that we can take species which appear to be unable to deal with the selective pressure they are facing and turn them into species that are able. You do this by looking at the whole equation of habitat, predator-prey, population, etc. It is the logical next step - practical application of the theory.
In order to do this, you need to pick species that are doing poorly, but with favourable equations. Meaning that you put your resources into the ones that you think require fairly small changes to turn them around. The ones that have the odds stacked so far against them would be fascinating to succeed with, but would take a long time, and be subject to too many variables to clearly show the benefit resultant from your efforts.
Benefits from this application may eventually be there for those with deep pockets, once the basic science is hashed out. Not that there aren't a lot of bleeding hearts out there to fund the research, but they are most interested in the cute ones, the large ones, and the ones most like themselves (mammals, social structures, etc).
Personifying Nature only is there to create a god out of the mashup of rules that exist out there and create another moral entity, there is no such thing as natural when speaking of disease or predators. Invasive species are simply the ones better adapted to their current environment. This is nothing more than finding a complex machine and trying to figure out how it works.
If you can make a 1:1 copy of my sammich without degrading the original, then please, share away.
I'd say you have a patent but Prior art has been claimed by Jesus Christ
I disagree, While he certainly broke bread, there is no evidence that he did so with the purpose of putting ham, swiss cheese, peppered mayo, lettuce, cucumbers and tomato between the pieces. By the way, I own the copyright of this, and you now are not allowed to make one for yourself without paying me royalties.
(maybe their search engine is powered by Puppy juice)
I just googled Puppy juice. I don't think you meant Puppy juice.
The reason that they are considered indie is because the studios have opted to only invest in the large budget films that are reliably going to pull in more than they spend. If you only make a profit of 20% above your costs and that cost is $10mil then that's still a $2mil profit.
It primarily advertising. Multiple small budget films compete with each other, and if you are only using a budget of 2-3mil it makes no sense to spend 1mil on advertising, selling it to reviewers, and seeding the internet with rumours. Even if it does well it's small potatoes. Most are only recognized as jewels after they have spent their one week in the theatre and are replaced by the next.
However, big budget films will consistently draw a large proportion of the public even if it's garbage. Despite the previews which show every exciting/funny/entertaining moment in the movie and explain the entire plot in 15 seconds, the buzz will pull the majority of movie-going people in. If it's good, then the rest will see it too. Most will make back their investment and the rare few which are half-decent will fund many years of future investment.