Ke kumu nui i hoakaka ia no ke kelepona hele kumumanaʻo - na postulates o ka hoʻohuiʻana o nā mea a pau ke ola

Ke kumu nui i hoakaka ia o ka halepaahao kumumanaʻo o ke kumu no ka hoʻomaopopo i ke kumu o ke kānāwai a me ke ola o ke ola meaola, iloko olaila ka haʻahaʻa naehana. He He generalization o ka liluwelo maopopo e ola i koe wale i loko o ka hīnaʻi manu, e like me ka mea i na "ola aeea" mea he holoʻokoʻa'ōnaehana i hiki ola kū kaʻawale.

I ka papa kuhikuhiE olelo o ka halepaahao kumumanaʻo i ua kālaiʻia e M. Schleiden a me T. Schwann, a inā R. Virchow. Mua oe e hopena a, a formulate na postulates o kēia kumumanaʻo, ka hoʻomalu hana i ka hana o na mea he nui o kona mau mua. No ka laʻana, i ka 1665 Robert Hooke mua i ike ai ma ka şarkı kahua, i kapaia "aeee". A laila, ka mea i ho'ākāka 'ia i ka ke kelepona hele' ole mai o na mea kanu. Hope A. Leeuwenhoek i hoakakaia unicellular. Ma ka XIX kenekulia. ka hoʻomaikaʻi i ka manao o ka microscope hiki aku ai i ka widening o ka manaʻo o ka 'ole o ka meaola, hoʻolauna iā' o ka manaʻo o ke ola nā'aʻaʻa. T. Schwann alakaʻi i kekahi mau Ikepili o ka mea uuku mall ka mokuna ma ka flora a? Aaoa, a ma Schleiden ka puke "Pono Ha awina ma phytogenesis".

I ka papa kuhikuhiE olelo o ka halepaahao kumumanaʻo, hoʻomohala e Schleiden a me Schwann:

1. A pau o ka flora a? Aaoa e ia mele o ke kula haʻahaʻaa huahelu.
2. Ka ulu a me ka hooulu ana o ka mea kanu a me ka holoholona meaola ana aie i ka muli o hou "aeee ola".

Kēia 'ole o ka uuku o ka mokuna o ke ola a me ka kino - he lākou no ia.

R.Virhov laila Hoʻonui i ka mea nui wahi ana o kela mea keia mall Unit ke kaha loko mai o kā lākou mau ano keia ano. Ua hanaʻia kēia hoʻoponopono pūʻana a me ka hōʻuluʻulu manaʻo no ka manawa he nui wale. Ano, ke kumu kue o kaʻiʻo nō o kēia kumumanaʻo o ka halepaahao e like penei:

1. A aeea mea he kula haʻahaʻaa pa alima o ka poʻe e ola ana.
2. Ka mea uuku mall pa alima o nā mea a pau e noho ana i homologous haku mele 'ana o ke ola a me ka metabolic keʻano o ka hanaʻana.
3. Paʻi aeea mahele makua.
4. All ola huahelu i walaʻauʻana kekahi rula i, i mea, ka mea, ua totipotent.
5. Ma multicellular meaola interconnected ola huahelu hui kahi mea uuku e like me ka oihana a hana, pela ho okumu i ka oi luna '' ole ('aʻaʻa, hui, a hui nenoaiu).
6. Kēlā me kēia "ola aeea" mea he hamama nenoaiu, i mea hiki ke pakiko-hooponopono i ka upgrade kaʻina hana, hōʻike hou, a me ka mālama homeostasis.

I ka i hala iho nei mau makahiki (ma hope o ka nui o ka 'epekema discoveries) o ia mai nae keia kumumanaʻo, hui pu hou' ikepili. Eia naʻe, ia mea,ʻaʻole loa systematized, no laila ia postulates kekahi hoohalike loa ana. E noonoo oe i ka loa, he pono ole hou ai aeea kumumanaʻo:

1. Ka mea uuku mall huahelu o ka mālama '-nukelea a me ka nukelea meaola ua aole i hiki maopopo kona haku mele' ana a me ka 'ole i'ālike i kekahi i kekahi.
2. Ua pili no hoi ka ka hoʻomauʻana o ka EYI o aaiaoe 'ike i kekahi mau organelles (chloroplasts, mitochondria, chromosomes, nā'ōewe) "ola aeea".
3. Elementary pa alima o ka poʻe e ola ana, aole nae totipotent, nae, ua okoa ka hana o ko lākou nā'ōewe. Kēia ka mea hiki aku ai i kā lākou differentiation.
4. Multicellular ho i ka luna ''ōnaehana hana a ua lawe mai ma Nine Inch aʻe, humoral a me neural hooponopono.

Penei, ka olelo kumu nui o ke kelepona hele kumumanaʻo ua nui maliuia mai liluwelo generalization, a proves ka hoʻohui o ka 'ole o ka rula o ke ola a me ka hooulu ana o nā mea e noho ana me ke kelepona hele' ole.