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Physics hemoglobin is subjected to a magnetic field, which are emitted microwave frequencies controlled by the time that the sample molecules resonate with the frequency emitted, this frequency is measured and thus is possible to obtain information about the molecular bonds. SEARCH How about look in books, magazines and even on the Internet that we should consider for a substance to be classified as ferromagnetic, diamagnetic or paramagnetic. This will be very important for understanding the behavior of animals biomagnetic. In parallel, perform the following experiment: take a piece of iron and pass a magnet over it several times and in the same direction. Then approach the iron metals. What conclusions from your research, you can take that experience? Write a text andpresent it for discussion with your teacher and classmates. How about this: magnetic fields contributing to the "little life" of ants and bees! Biomagnetism: magnetic orientation Although magnetism is known since antiquity, and the earth considered as a "big magnet" (magnetic dipole), the action of the magnetic field in living beings began to be studied recently. In the 18th century, the Viennese physician Franz Anton Mesmer(1734-1815) launched the theory that all living things would consist of a 'magnetic fluid', which allowed them to be influenced by magnetic fields. Based on these ideas, he believed he could 'cure' diseases through body contact with other magnets and magnetized objects, and then passed to the practice. (Araújo, BD, et al, p.24, 1999) At that time, Franz Anton Mesmer could not imagine living beings generate magnetic fields. This field of research is currently divided into two: magnetobiologia (studying the effects of magnetic fields on organisms) and Biomagnetism (want to measure the fields generated by living beings).
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Fizika Hemoglobin je podvrgnut magnetsko polje, koje se emitiraju mikrovalnih frekvencija kontrolira vrijeme da uzorak molekula u rezonanci s frekvencijom emitiranog, ova frekvencija se mjeri i na taj način je moguće dobiti informacije o molekularnoj obveznica. TRAŽI Kako o tome pogledajte u knjigama, časopisima i na internetu, čak i da smo trebali uzeti u obzir za tvar treba klasificirati kao feromagnetskog, dijamagnetske ili PARAMAGNETSKIM. To će biti vrlo važno za razumijevanje ponašanja životinja biomagnetski. Paralelno s tim, izvedite sljedeći eksperiment: uzeti komad željeza i proći magnet preko njega nekoliko puta, au istom smjeru. Tada pristupamo željezne metale. Koje zaključke iz istraživanja, možete uzeti to iskustvo? Napišite tekst iprezentirati ga u razgovoru sa svojim učiteljem i kolege. Što misliš o ovome: magnetska polja koja su pridonijela "malo života" mrava i pčela! Biomagnetism: magnetska orijentacija Iako magnetizam je poznat od davnina, a zemlja smatra kao "veliki magnet" (magnetski dipol), djelovanjem magnetskog polja u živim bićima počela biti proučavani. U 18. stoljeću, bečki liječnik Franz Anton Mesmer(1734-1815) pokrenula je teorija da sva živa bića bi se sastojala od 'magnetskog tekućine', što im je omogućilo da se pod utjecajem magnetskog polja. Na temelju tih ideja, on je vjerovao da može 'izliječiti' bolesti kroz tjelesni kontakt s drugim magnetima i magnetiziranih objekata, a zatim prošao na praksi.(Araújo, BD, et al, str.24, 1999) U to vrijeme, Franz Anton Mesmer nije mogao zamisliti da živa bića stvaraju magnetska polja. Ovo polje istraživanja je trenutno podijeljen u dva: magnetobiologia (proučavanje učinaka magnetskih polja na organizme) i Biomagnetism (želite mjeriti polja koje generira živih bića).