Obviously written by someone who knows nothing about the academic publishing world.
And, obviously completely incorrect on your part. Completely incorrect. I’m published as co-author on many papers. Including a paper published in Nature. I was first published, twice, as an undergraduate on Differential Detection Systems of Cysticircosis, and on Free Radical Generation Induced by Commercial Food Pigments. And that was just as an undergraduate, post-graduate I have been published as co-author, co-researcher, supporting laboratory staff, in more than a few publications in the field of opiates, synthetic opiate analogues, effective approaches to analgesia pre-treatment, etc. Things much, much more advanced that what you do for a living my friend.
I especially love the way you insubstantially attempt to rebuff my statements. What I said is absolute truth: someone who understood the publishing process would never say or utter that statement. This is correct, and you do not understand it.
It does not surprise me one iota that someone like you would spend $50,000 on a quack machine like a microwave hair remover. I’m just curious, for $50, 000 dollars did it at least have a kitchen timer built into it? How could you possibly, POSSIBLY, think that anything like that could ever be successful? I mean, what ever lead you to that conclusion? What proof? What hard science? My words get more substantiated with every response.
Being a Treasurer for three years means nothing in the hard science world. I’ve designed successful experiments that involve equipment that you will probably never even see in your lifetime. You have trouble understanding why microwaves can’t successfully remove hair? -I’ve dismantled and customized Mass Spectrometers, Liquid Chromatography systems, Technicon Systems, etc. and designed experiments around using these systems for what needed to be studied to find out what my co-researchers and I needed to know. As well as using basic instruments, like ultra-speed centrifuges and basic techniques like polyacrylamide gel electrophoresis (yawn) flouro-luminescence binding patterns to study protein breakdown.
I seriously think that your bitter attitude towards progressive medical research doesn’t stem so much from clarity, but just from the simple fact that you really just don’t know what you are talking about.
Mantaray