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"If you look at the history of breakthroughs in disease, often the understanding of what proteins normally do gives important clues to what is aberrant in disease" - Lawrence S. B. Goldstein; Howard Hughes Institute
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"Disconcertingly few laymen-even few college graduates-really understand what the scholar means by 'truth.' It is not a citadel of certainty to be defended against error; it is a shady spot where one eats lunch before tramping on. The professional thinker enjoys being where he is, but he also looks forward to new vistas around the next bend, over the next crest." - Lynn White, Machina ex Deo; Massachusetts Institute of Technology
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|name = Na
|title = id:ESCapade {{·w}} [[:commons:User:ESCapade|cm:ESCapade]] {{·w}} [[:en:User:ESCapade|en:ESCapade]]|liststyle = padding:0.25em 0; line-height:1.4em; <!--otherwise lists can appear to form continuous whole-->
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"Of course, I might have been wrong, and in any case, was it not the great Max Planck (1928, 1933) who remarked that a new scientific idea does not triumph by convincing its opponents, but rather because its opponents eventually die?" - Peter Mitchell, Chemiosmotic Theory; Glynn Research Institute
|group1 = Biblio
|list1 = {{Pengguna fotografi}} {{Pengguna hari berkabut}} {{Pengguna berkacamata}} {{Pengguna tanggal}} {{Pengguna perhitungan tanggal}}


"I’ll never forget hearing from a father and mother whose son had died after a rare illness. They gave out of gratitude that Wikipedia has an article to inform others about the existence of the disease that took their son’s life.'' - Lilaroja, volunteer at Wikimedia Foundation in San Francisco
|group2 = Track

|list2 = [[Istimewa:Contributions/ESCapade|Kontribusi]] {{·w}} [http://tools.wikimedia.de/~interiot/cgi-bin/count_edits?user=ESCapade&dbname=idwiki_p Interiot] {{·w}} [http://toolserver.org/~soxred93/count/index.php?name=ESCapade&lang=id&wiki=wikipedia Soxred]
"A vitamin is a substance that makes you ill if you don’t eat it." - Albert Szent-Gyorgyi, Nobel Prize in Physiology or Medicine, 1937
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|group2 = Metode
"Wikipedia only works in practice. In theory, it's a total disaster." - Sue Gardner, Executive Director of Wikimedia Foundation
|list2 = Metode yang digunakan antara lain:

* abc
"Please, grant me the serenity to accept the pages I cannot edit, The courage to edit the pages I can, And the wisdom to know the difference" - [[:meta:Reformed Chruch of Wikipedia|Wiki prayer]]
* def

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|below = [[Wikipedia:Pemeriksa|Pemeriksa]]
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{{Navbox
{{Navbox
|name = Navigasi
|name = Na
|title = {{Bendera Indonesia|16px|link=Bahasa}} {{Lambang Indonesia|16px|link=Indonesia}} {{·w}} [[:commons:User:ESCapade|cm]] {{·w}} [[:en:User:ESCapade|en]] {{·w}} [[:ms:Pengguna:ESCapade|ms]] {{·w}} 星旦
|title = Hujan berkat kan melimpah. Itulah janji Tuhan.
|liststyle = padding:0.25em 0; line-height:1.4em; <!--otherwise lists can appear to form continuous whole-->
|liststyle = padding:0.25em 0; line-height:1.4em; <!--otherwise lists can appear to form continuous whole-->
| state = collapsed
<!--| state = {{{state<includeonly>|autocollapse</includeonly>}}}-->
|group1 = [[Optika]]
|list1 = {{nowrap begin}} [[Aberasi optik]] {{·w}} [[Besaran cahaya]] {{·w}} [[Bifokal]] {{·w}} [[Bilangan Fresnel]] {{·w}} [[Cahaya]] {{·w}} [[Daya optis]] {{·w}} [[Difraksi]] {{·w}} [[Hukum Snellius]] {{·w}} [[Kanta]] {{·w}} [[Kecepatan cahaya]] {{·w}} [[Lup]] {{·w}} [[Muka gelombang]] {{·w}} [[Optical Time-Domain Reflectometer]] {{·w}} [[Optika fisis]] {{·w}} [[Optika geometris]] {{·w}} [[Optika klasik]] {{·w}} [[Pendekatan paraksial]] {{·w}} [[Persamaan Fresnel]] {{·w}} [[Prinsip Fermat]] {{·w}} [[Prinsip Huygens]] {{·w}} [[Refleksi]] {{·w}} [[Refraksi]] {{·w}} [[Stigmatisme]] {{·w}} [[Sumbu optis]] {{·w}} [[Titik api]] {{·w}} [[Zona Fresnel]] {{nowrap end}}


|group1 = SYS |list1 =
|group2 = [[Fotografi]]
|group2 = Link |list2 = {{Navbox|child
|list2 = {{nowrap begin}} [[Bantalan lensa]] {{·w}} [[Bidang fokal]] {{·w}} [[Bukaan (fotografi)|Bukaan]] {{·w}} [[Diafragma (fotografi)|Diafragma]] {{·w}} [[Histogram]] {{·w}} [[Kamera]] {{·w}} [[Kamera SLR]] {{·w}} [[Kecepatan lensa]] {{·w}} [[Kedalaman ruang]] {{·w}} [[Kesalahan paralaks]] {{·w}} [[Jendela bidik]] {{·w}} [[Lensa fotografi]] {{·w}} [[Lingkaran gamang]] {{·w}} [[Pajanan]] {{·w}} [[Paralaks]] {{·w}} [[Rana]] {{·w}} [[Rentang dinamis]] {{·w}} [[Ruang pandang]] {{·w}} [[Sudut pandang]] {{·w}} [[Tingkap]] {{·w}} [[Tingkap numeris]] {{·w}} [[Étienne Jules Marey]] {{nowrap end}}
|group1 = WK |list1 = [[Templat:Asam amino|Asam amino]] {{·w}} [[Templat:Darah|Darah]] {{·w}} [[Templat:Enzim|Enzim]] {{·w}} [[Templat:Hormon|Hormon]] {{·w}} [[Istimewa:Contributions/ESCa|Kontribusi]] {{·w}} [http://tools.wikimedia.de/~interiot/cgi-bin/count_edits?user=ESCa&dbname=idwiki_p Interiot] {{·w}} [http://toolserver.org/~soxred93/count/index.php?name=ESCa&lang=id&wiki=wikipedia Soxred] {{·w}}
|group2 = BIO |list2 = [http://www.aaas.org AAAS] {{·w}} [http://www.aaaai.org AAAAI] {{·w}} [http://antibodybeyond.com/index.htm ABB] {{·w}} [http://journals.lww.com/ajsp/pages/default.aspx AJSP] {{·w}} [http://arjournals.annualreviews.org/?cookieSet=1 AR] {{·w}} [http://www.biomedcentral.com BMC] {{·w}} [http://www.csa.com CSA] {{·w}} [http://nic.sav.sk/logos/books/scientific/node1.html CU] {{·w}} [http://www.doaj.org DOAJ] {{·w}} [http://www.fasebj.org FASEB] {{·w}} [http://iai.asm.org IAI] {{·w}} [http://jasn.asnjournals.org JASN] {{·w}} [http://www.jci.org JCI] {{·w}} [http://www.jimmunol.org/misc/terms.shtml JI] {{·w}} [http://www.jleukbio.org JLB] {{·w}} [http://users.rcn.com/jkimball.ma.ultranet/BiologyPages/W/Welcome.html JWK] {{·w}} [http://jvi.asm.org JVI] {{·w}} [http://journals.lww.com LWW] {{·w}} [http://micro.magnet.fsu.edu/index.html ME] {{·w}} [http://www.ncbi.nlm.nih.gov NCBI] {{·w}} [http://www3.niaid.nih.gov NIAID] {{·w}} [http://www.nih.gov NIH] {{·w}} [http://cerhr.niehs.nih.gov NTP] {{·w}} [http://ajrccm.atsjournals.org RCCM] {{·w}} [http://online.sagepub.com SAGE] {{·w}} [http://www.sgc.ox.ac.uk/publications/index.html#ORIS SGC] {{·w}} [http://scitopics.com/categories.jsp?domain=1300 ST] {{·w}} [http://www3.interscience.wiley.com/browse/?subject=MEDI WIS]
|group3 = MED |list3 = [http://cpmcnet.columbia.edu CU] {{·w}} [http://www.drexelmed.edu DM] {{·w}} [http://www.rcsed.ac.uk/site/0/default.aspx RCS] {{·w}} [http://wallace.tosm.ttu.edu/ETD-db/ETD-browse/browse?first_letter=all TTU] {{·w}} [http://www.downstate.edu SD] {{·w}} [http://stanfordmedicine.org SF] {{·w}} [http://microvet.arizona.edu UA] {{·w}} [http://www.umm.edu UMM] {{·w}} [http://www.sph.umich.edu UMS] {{·w}} [http://pathmicro.med.sc.edu/book/welcome.htm USC] {{·w}} [http://www.lab.anhb.uwa.edu.au UWA]
|group4 = LEX |list4 = [http://www.batan.go.id/Kamus/index.php BTN] {{·w}} [http://pusatbahasa.diknas.go.id/glosarium KBBI]
}}


|group3 = Biblio |list3 = <small>{{Pengguna fotografi}} {{Pengguna PWRR}} {{Pengguna berkacamata}} {{Pengguna tanggal}} {{Pengguna perhitungan tanggal}} {{Pengguna anggota PW:Bio}} {{Perlunya rujukan}} </small>
|group3 = [[Alam]]
|list3 = {{nowrap begin}} [[Taman nasional]] {{·w}} [[Taman Nasional Bromo Tengger Semeru|Bromo Tengger Semeru]] {{·w}} [[Taman Nasional Kayan Mentarang|Kayan Mentarang]] {{·w}} [[Taman Nasional Kutai|Kutai]] {{·w}} [[Taman Nasional Meru Betiri|Meru Betiri]] {{·w}} [[Air terjun]] {{·w}} [[Gunung Arjuno]] {{·w}} [[Gunung Wilis]] {{·w}} [[Hutan]] {{·w}} [[Kawah Ijen]] {{nowrap end}}


|group4 = [[Peradaban]]
|group4 = Star |list4 = {{nowrap begin}} <small>
{{BintangWiki Wikipedia| [[Pengguna:Aldo samulo|Aldo samulo]] ([[Pembicaraan Pengguna:Aldo samulo|bicara]]) 10:14, 13 Februari 2010 (UTC)}}
|list4 = {{nowrap begin}} [[Arca Totok Kerot]] {{·w}} [[Candi]] {{·w}} [[Candi Brahu]] {{·w}} [[Candi Dadi]] {{·w}} [[Candi Gambar Wetan]] {{·w}} [[Candi Jago]] {{·w}} [[Candi Jawi]] {{·w}} [[Candi Lor]] {{·w}} [[Candi Ngetos]] {{·w}} [[Candi Penataran]] {{·w}} [[Candi Rimbi]] {{·w}} [[Candi Singosari]] {{·w}} [[Gapura Bajang Ratu]] {{·w}} [[Goa Selomangleng]] {{·w}} [[Keraton Surakarta Hadiningrat]] {{·w}} [[Petani]] </br>


{{BintangWiki Wikipedia|ESCapade perintis artikel serius teori fotografi, tolok ukur artikel sejenis di Wikipedia Indonesia. Melebihi semua penulis sebelumnya. Luar biasa! [[Pengguna:Midori|Midori]] ([[Pembicaraan Pengguna:Midori|bicara]]) 12:44, 14 Februari 2010 (UTC)}}
[[Boyolangu, Tulungagung]] {{·w}} [[Kota Samarinda|Samarinda]] {{·w}} [[Kota Tarakan|Tarakan]] {{nowrap end}}
|below = [[Daftar istilah fotografi]] {{·w}} [[Daftar istilah optika]]
}}


{{BintangWiki Wikipedia|[[Pengguna:Aldo samulo|Aldo samulo]] ([[Pembicaraan Pengguna:Aldo samulo|bicara]]) 04:11, 14 Maret 2010 (UTC)}}
{{Navbox
|name = Navigasi2
|title = Nulla est medicina sine lingua Latina. XP
|liststyle = padding:0.25em 0; line-height:1.4em; <!--otherwise lists can appear to form continuous whole-->
<!--| state = {{{state<includeonly>|autocollapse</includeonly>}}}-->
|group1 = [[Biologi]]
|list1 = {{nowrap begin}} [[Adhesi sel]] {{·w}} [[Aglutinasi (biologi)|Aglutinasi]] {{·w}} [[Antibodi antikardiolipin]] {{·w}} [[Bioinformatika]] {{·w}} [[Biologi molekular]] {{·w}} [[D-dimer]] {{·w}} [[Ekskresi]] {{·w}} [[Elektrolisis]] {{·w}} [[Embolisme]] {{·w}} [[Endokrinologi]] {{·w}} [[Genomika]] {{·w}} [[Hemin]] {{·w}} [[Hemoglobin]] {{·w}} [[Hitung darah lengkap]] {{·w}} [[Imunitas]] {{·w}} [[Imunologi]] {{·w}} [[Imunoserologi]] {{·w}} [[Jumlah molekul]] {{·w}} [[Kekebalan selular]] {{·w}} [[Laboratorium]] {{·w}} [[Laboratorium klinik]] {{·w}} [[Metabolomika]] {{·w}} [[Nefrologi]] {{·w}} [[Neutrofil]] {{·w}} [[Panau]] {{·w}} [[Papain]] {{·w}} [[Patologi anatomi]] {{·w}} [[Persamaan keadaan]] {{·w}} [[Proteomika]] {{·w}} [[Sekresi]] {{·w}} [[Sfigmomanometer]] {{·w}} [[Tekanan osmosis]] {{·w}} [[Titrasi]] {{·w}} [[Transkriptomika]] {{·w}} [[Transkripsi (genetik)|Transkripsi]] {{·w}} [[Translasi (biologi)|Translasi]] {{·w}} [[Vaksinasi]]
{{nowrap end}}


{{BintangWiki Wikipedia|Pembuatan Artikel baru}} salam WBI ^_^ [[User:Masrudin|<font style="color:#eee;background:#d22;">'''&nbsp;Masrudin'''</font>]][[User talk:M4srUd!n|<font style="color:#f55;background:#000;">'''''Ngomong&nbsp;'''''</font>]] 11:12, 14 Maret 2010 (UTC)
|group2 = [[Anatomi]]
</small>{{nowrap end}}
|list2 = {{nowrap begin}} [[Air liur]] {{·w}} [[Arteri]] {{·w}} [[Asam empedu]] {{·w}} [[Cairan tubuh]] {{·w}} [[Ginjal]] {{·w}} [[Hipofisis]] {{·w}} [[Hipotalamus]] {{·w}} [[Janin]] {{·w}} [[Jantung]] {{·w}} [[Kelenjar]] {{·w}} [[Kelenjar Brunner]] {{·w}} [[Kelenjar liur]] {{·w}} [[Keping darah]] {{·w}} [[Koagulasi]] {{·w}} [[Kolostrum]] {{·w}} [[Limfosit]] {{·w}} [[Makrofag]] {{·w}} [[Membran mukosa]] {{·w}} [[Miometrium]] {{·w}} [[Pembuluh darah]] {{·w}} [[Pembuluh balik]] {{·w}} [[Sel (biologi)|Sel]] {{·w}} [[Sel B]] {{·w}} [[Sel darah]] {{·w}} [[Sel darah merah]] {{·w}} [[Sel darah putih]] {{·w}} [[Sel punca]] {{·w}} [[Sel T]] {{·w}} [[Sel T pembantu]] {{·w}} [[Sitoskeleton]] {{·w}} [[Sumsum tulang]] {{·w}} [[Trombus]] {{·w}}
{{nowrap end}}


{{BintangWiki Sains|Selamat bekerja ! '''·· [[Pengguna:Kenrick95|Kenrick]] '''( [[Pembicaraan Pengguna:Kenrick95|✍]] [[Istimewa:Surelpengguna/Kenrick95|✉]] ) 10:05, 21 Maret 2010 (UTC)}}
|group3 = [[Biokimia]]
|list3 = {{nowrap begin}} [[Antibodi]] {{·w}} [[Antigen]] {{·w}} [[Asam asetat]] {{·w}} [[Asam deoksiribonukleat]] {{·w}} [[Asam format]] {{·w}} [[Asam laktat]] {{·w}} [[Asam lemak]] {{·w}} [[Asam nukleat]] {{·w}} [[Asam oksalat]] {{·w}} [[Asam organik]] {{·w}} [[Asam sitrat]] {{·w}} [[Asam urat]] {{·w}} [[Ekspresi genetik]] {{·w}} [[Elektroforesis gel]] {{·w}} [[Enzim]] {{·w}} [[Faktor koagulasi]] {{·w}} [[Fragmen konstan]] {{·w}} [[Fragmen pengikat antigen]] {{·w}} [[Gastrin]] {{·w}} [[Glikoprotein]] {{·w}} [[Gliserida]] {{·w}} [[Glukagon]] {{·w}} [[Glukoprotein]] {{·w}} [[Hormon]] {{·w}} [[IGK@]] {{·w}} [[Intermediat]] {{·w}} [[Kolesterol]] {{·w}} [[Lipid]] {{·w}} [[Metabolisme]] {{·w}} [[Metabolit]] {{·w}} [[Metabolom]] {{·w}} [[Molekul kecil]] {{·w}} [[Nukleotida]] {{·w}} [[Plasma darah]] {{·w}} [[Polipeptida]] {{·w}} [[Protein]] {{·w}} [[Rantai berat]] {{·w}} [[Rantai ringan]] {{·w}} [[Serum albumin]] {{·w}} [[Serum darah]] {{·w}} [[Serum globulin]] {{·w}} [[Serum lipida]] {{·w}} [[Sintesis organik]] {{·w}} [[Steroid]] {{·w}} [[Trigliserida]]
{{nowrap end}}


[[Tulisan di dinding|Mene mene tekel ufarsin]]. Hadiah dari Bennylin.
|group4 = [[Asam amino]]
|list4 = {{nowrap begin}} [[Glisina]] {{·w}} [[Alanina]] {{·w}} [[Valina]] {{·w}} [[Leusina]] {{·w}} [[Isoleusina]] {{·w}} [[Serina]] {{·w}} [[Treonina]] {{·w}} [[Asam aspartat]] {{·w}} [[Asam glutamat]]{{·w}} [[Asparagina]]{{·w}} [[Glutamina]] {{·w}} [[Arginina]] {{·w}} [[Histidina]] {{·w}} [[Lisina]]{{·w}} [[Sisteina]] {{·w}} [[Metionina]] {{·w}} [[Prolina]] {{·w}} [[Fenilalanina]] {{·w}} [[Tirosina]]{{·w}} [[Triptofan]]
{{nowrap end}}


{{Bio-star|Selamat Bekerja... [[Pengguna:Aldo samulo|Aldo samulo]] ([[Pembicaraan Pengguna:Aldo samulo|bicara]]) 06:15, 7 Mei 2010 (UTC)}}
|group5 = [[Steroid]]
|list6 = {{nowrap begin}} [[Brassinosteroid]] {{·w}} [[Ecdysteroid]] {{·w}} [[Hormon steroid]] {{·w}} [[Lemak sterol]]
{{nowrap end}}


{{Bio-star|Secara objektif, pengguna ini cukup konsisten berkarya, terkhusus topik biologi dan kimia. Dan lagi, dia tidak lekas percaya kepada suatu referensi yang dia temui. Seorang peneliti yang tekun. Patut diteladani. [[Pengguna:Reindra|Reindra]] ([[Pembicaraan Pengguna:Reindra|bicara]]) 18:53, 15 Mei 2010 (UTC)}}
|group6 = [[Hormon steroid]]
|list6 = {{nowrap begin}} [[Anabolik steroid]] {{·w}} [[Androgen]] {{·w}} [[Estrogen]] {{·w}} [[Glukokortikoid]] {{·w}} [[Mineralokortikoid]] {{·w}} [[Progestagen]]
{{nowrap end}}


{{BintangWiki Wikipedia|[[Pengguna:Aldo samulo|Aldo samulo]] ([[Pembicaraan Pengguna:Aldo samulo|bicara]]) 12:49, 18 September 2010 (UTC)}}
|group7 = [[Biofisika]] </br> [[Fisiologi]]
|list7 = {{nowrap begin}} [[Lintasan metabolisme]] {{·w}} [[Sistem imun turunan]] {{·w}} [[Sistem kekebalan]] {{·w}} [[Sistem koloid]] {{·w}} [[Sistem komplemen]] {{·w}} [[Sistem sirkulasi]] {{·w}} [[Tekanan osmotik koloid|Tekanan onkotik]]
{{nowrap end}}


|group8 = [[Medis]]
|list8 = {{nowrap begin}} [[Amiloidosis]] {{·w}} [[Bakteri proteolitik]] {{·w}} [[Bronkitis]] {{·w}} [[Eosinofilia]] {{·w}} [[Flu burung]] {{·w}} [[Glikolisis]] {{·w}} [[Hemostasis]] {{·w}} [[Infeksi]] {{·w}} [[Konstipasi]] {{·w}} [[Pendarahan]] {{·w}} [[Radang]] {{·w}} [[Streptococcus pyogenes]] {{·w}} [[Systemic Lupus Erythematosus]] {{·w}} [[Trombosis]] {{·w}} [[Virus]]
{{nowrap end}}


{{BintangWiki|width=100%|namaberkas=Berkas:Barnstar-atom3.png|pesan=BintangWiki ini diberikan sebagai penghargaan atas kontribusinya yang luar biasa dalam artikel-artikel biologi.|pesanpengguna=Untuk Esca yang terus mengembangkan artikel biologi. Masterpiece [[hati]] pun telah diselesaikan. Semangat! [[Pengguna:Mimihitam|'''<small><span style="background:#999999;color:#fff">&nbsp;Mimihitam&nbsp;</span></small>''']] 07:44, 25 Oktober 2010 (UTC)}}
|below = [[-ektomi]] {{·w}} [[-itis]] {{·w}} [[-oskopi]] {{·w}} [[-otomi]] {{·w}} [[Daftar cabang biologi]] {{·w}} [[Istilah gerakan anatomi]] {{·w}} [[Istilah lokasi anatomi]] {{·w}} [[Medical Subject Headings]]
}}


{{BintangWiki Sains|[[Pengguna:Aldo samulo|Aldo samulo]] ([[Pembicaraan Pengguna:Aldo samulo|bicara]]) 06:58, 16 November 2010 (UTC)}}
{{Navbox
|name = NavLemak
|title = [[Lemak]]
|group1 = [[Asam lemak]]
|list1 = {{Navbox subgroup
|group1 = Konjugasi
|list1 = {{Navbox subgroup
|group1 = Rantai&nbsp;alifatik
|list1 = [[Asam arasidat]] {{·w}} [[Asam asetat]] {{·w}} [[Asam butirat]] {{·w}} [[Asam behenat]] {{·w}} [[Asam gedat]] {{·w}} [[Asam heptilat]] {{·w}} [[Asam kaprat]] {{·w}} [[Asam kaprilat]] {{·w}} [[Asam kaproat]] {{·w}} [[Asam karboserat]] {{·w}} [[Asam laurat]] {{·w}} [[Asam lakeroat]] {{·w}} [[Asam liknoserat]] {{·w}} [[Asam miristat]] {{·w}} [[Asam margarat]] {{·w}} [[Asam melissat]] {{·w}} [[Asam montanat]] {{·w}} [[Asam nonadesilat]] {{·w}} [[Asam palmitat]] {{·w}} [[Asam pelargonat]] {{·w}} [[Asam pentadesilat]] {{·w}} [[Asam propionat]] {{·w}} [[Asam Psillat]] {{·w}} [[Asam seroplastat]] {{·w}} [[Asam serotat]] {{·w}} [[Asam stearat]] {{·w}} [[Asam tridesilat]] {{·w}} [[Asam undesilat]] {{·w}} [[Asam valerat]] {{·w}} CHO2 {{·w}} C21H42O2 {{·w}} C23H46O2 {{·w}} C25H50O2 {{·w}} C29H58O2 {{·w}} C31H62O2 {{·w}} C36H72O2 {{·w}} C37H74O2 {{·w}} C<sub>38</sub>H<sub>76</sub>O<sub>2</sub> {{·w}} C21H42O2 {{·w}} C21H42O2
|group2 = Cabang&nbsp;Metil
|list2 = 17-methyl-6Z-octadecenoic acid {{·w}} 6-methyl-octanoic acid {{nowrap end}}
|group3 = Tak&nbsp;jenuh
|list3 = [[Asam aracidonat]] {{·w}} [[Asam oleat]] {{·w}} [[Asam vinil asetat]]
|group4 = Hidroperoksi
|list4 =
|group5 = Hidroksi
|list5 =
|group6 = Okso
|list6 =
|group7 = Epoksi
|list7 =
|group8 = Metoksi
|list8 =
|group9 = Halogenasi
|list9 =
|group10= Amino
|list10 =
|group11= Ciano
|list11 =
|group12= Nitro
|list12 =
|group13= Tia
|list13 =
|group14= Karbosiklik
|list14 =
|group15= Heterosiklik
|list15 =
|group16= Mikolik
|list16 =
|group17= Dikarbosilik
|list17 =
}}
|group2 = Oktadekanoid
|list2 =
|group3 = Eikosanoid
|list3 =
|group4 = Dokosanoid
|list4 =
|group5 = Alkohol&nbsp;lemak
|list5 =
|group6 = Aldehid&nbsp;lemak
|list6 =
|group7 = Ester&nbsp;lemak
|list7 =
|group8 = Amida&nbsp;lemak
|list8 =
|group9 = Nitrila&nbsp;lemak
|list9 =
|group10= Eter&nbsp;lemak
|list10 =
|group11= Hidrokarbon
|list11 =
|group12= Hidrokarbon</br>oksida
|list12 =
|group13= Akilglikosida&nbsp;lemak
|list13 =
|group14= Lain-lain
|list14 =
}}
|group2 = [[Fosfolipid]]
|list2 =
|group3 = [[Gliserida]]
|list3 =
|group4 = [[Lemak prenol]]
|list4 =
|group5 = [[Lemak sterol]]
|list5 =
|group6 = [[Poliketida]]
|list6 =
|group7 = [[Sakarolipid]]
|list7 =
|group8 = [[Sfingolipid]]
|list8 =
|below =
}}


{{bio-star| -- Tanpa kenal lelah Anda terus membuat dan memperbaiki begitu banyak artikel bertopik Biologi dan Sains. Atas kerja keras tersebut Anda layak untuk pendapatkan penghargaan ini. Salam. -- [[Pengguna:Wagino 20100516|Wagino 20100516]] ([[Pembicaraan Pengguna:Wagino 20100516|bicara]]) 23:37, 6 Desember 2010 (UTC)}}


{{The Tireless Contributor Barnstar|Semoga sukses di dunia nyata maupun dunia maya. '''·· [[Pengguna:Kenrick95|Kℇℵ℟ℑℭ]][[Pengguna:Kenrick95/Pesan|K]]''' 10:58, 8 Desember 2010 (UTC)}}


{{Penulis hebat|[[Pengguna:Aldo samulo|Aldo samulo]] ([[Pembicaraan Pengguna:Aldo samulo|bicara]]) 08:07, 11 Desember 2010 (UTC)}}
<ref name="ccbcmd adaptive 1">{{cite web
| url = http://student.ccbcmd.edu/courses/bio141/lecguide/unit5/humoral/5classes/5classes.html
| title = The adaptive immune system
| accessdate = 2010-02-11
| work = Gary E. Kaiser
}}</ref>
<ref>{{cite journal
| author=Milland J, Sandrin MS
| title=ABO blood group and related antigens, natural antibodies and transplantation
| journal=Tissue Antigens
| volume=68
| issue=6
| pages=459–66
| year=2006
| month=December
| pmid=17176435
| doi=10.1111/j.1399-0039.2006.00721.x
| url=
}}</ref>
<ref name="jwk blood">{{cite web
| url = http://users.rcn.com/jkimball.ma.ultranet/BiologyPages/B/Blood.html
| title = Blood - Biology page
| accessdate = 2010-02-14
| work = John W. Kimball
}}</ref>
<ref name="mwk bc1">{{cite web
| url = http://themedicalbiochemistrypage.org/blood-coagulation.html#intro
| title = Blood coagulation - Biochemistry page
| accessdate = 2010-02-15
| work = Michael W. King
}}</ref>
<ref name="ncbi IgD">{{cite web
| url = http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2785232/?tool=pmcentrez
| title = Immunoglobulin D enhances immune surveillance by activating antimicrobial, pro-inflammatory and B cell-stimulating programs in basophils
| accessdate = 2010-02-17
| work = NIHPA Author manuscripts, Kang Chen et al.
}}</ref>
<ref>{{cite web
| author= Racaniello, Vincent
| url=http://www.virology.ws/2009/10/06/natural-antibody-protects-against-viral-infection/
| date=2009-10-06
| title=Natural antibody protects against viral infection
| format=
| work=Virology Blog
| accessdate=2010-01-22
}}</ref>
<ref name="ml+ albumin">{{cite web
| url = http://www.nlm.nih.gov/medlineplus/ency/article/003480.htm
| title = Serum - albumin
| accessdate = 2010-02-18
| work = MedlinePlus
}}</ref>
<ref name="bmc albumin"> {{cite web
| url = http://www.biomedcentral.com/1472-6807/3/6
| title = Crystal structural analysis of human serum albumin complexed with hemin and fatty acid
| work = BMC Structural Biology
| accessdate = 2010-02-17
}}</ref>
<ref name=Jacobs_2005>{{cite journal
| author=Jacobs JM ''et al.''
| title=Utilizing human blood plasma for proteomic biomarker discovery
| journal=Journal of Proteome Research
| year=2005
| pages=1073–1085
| volume=4
| pmid=16083256
| doi=10.1021/pr0500657
}}</ref>
<ref name="ffd ana">{{cite web
| url = http://medical-dictionary.thefreedictionary.com/anaphylaxis
| title = Anaphylaxis
| accessdate = 2010-02-18
| work = Farlex free dictionary
}}</ref>
<ref name="jasn HSPN">{{cite web
| url = http://jasn.asnjournals.org/cgi/content/full/10/12/2637
| title = Henoch-Schönlein Purpura Nephritis
| accessdate = 2010-02-17
| work = Journal of the American Society of Nephrology - Anup Rai et al.
}}</ref>
<ref name="ncbi IgA">{{cite web
| url = http://www.ncbi.nlm.nih.gov/pubmed/10191346?dopt=Abstract
| title = Glomerular membranopathy in children with IgA nephropathy and Henoch Schönlein purpura
| accessdate = 2010-02-17
| work = U.S. National Library of Medicine National Institutes of Health
}}</ref>


{{Ksatria Wikipedia|[[Pengguna:Mikhailov Kusserow|Mikhailov Kusserow]] ([[Pembicaraan Pengguna:Mikhailov Kusserow|bicara]]) 07:40, 2 Mei 2011 (UTC)}}
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{{The Tireless Contributor Barnstar| -- Atas kotribusi Anda yang telah '''menulis 422<sup>++</sup> artikel''' di Wikipedia Bahasa Indonesia. Salam sejahtera. -- [[Pengguna:Wagino 20100516|Wagino 20100516]] 13:47, 7 Mei 2011 (UTC)}}
{{BintangWiki Wikipedia|[[Pengguna:Aldo samulo|Aldo samulo]] ([[Pembicaraan Pengguna:Aldo samulo|bicara]]) 10:14, 13 Februari 2010 (UTC)}}


{{BintangWiki Perunggu|[[Pengguna:Aldo samulo|Aldo samulo]] 05:47, 8 Mei 2011 (UTC)}}
{{BintangWiki Wikipedia|ESCapade perintis artikel serius teori fotografi, tolok ukur artikel sejenis di Wikipedia Indonesia. Melebihi semua penulis sebelumnya. Luar biasa! [[Pengguna:Midori|Midori]] ([[Pembicaraan Pengguna:Midori|bicara]]) 12:44, 14 Februari 2010 (UTC)}}

{{bio-star| -- Atas kontribusi Anda dalam '''mengembangkan dan menambah artikel-artikel bertopik biologi''' di Wikipedia Bahasa Indonesia. Salam sejahtera. -- [[Pengguna:Wagino 20100516|Wagino 20100516]] ([[Pembicaraan Pengguna:Wagino 20100516|bicara]]) 16:16, 17 Mei 2011 (UTC)}}

{{BintangWiki Kedokteran|[[Pengguna:Aldo samulo|Aldo samulo]] ([[Pembicaraan Pengguna:Aldo samulo|bicara]]) 09:13, 24 Juli 2011 (UTC)}}

{{BintangJasaNasional|[[Pengguna:Aldo samulo|Aldo samulo]] ([[Pembicaraan Pengguna:Aldo samulo|bicara]]) 09:13, 24 Juli 2011 (UTC)}}

{{Penghargaan Tertinggi Wikipedia|[[Pengguna:Aldo samulo|Aldo samulo]] ([[Pembicaraan Pengguna:Aldo samulo|bicara]]) 09:13, 24 Juli 2011 (UTC)}}

{{Penghargaan Emas|[[Pengguna:Aldo samulo|Aldo samulo]] ([[Pembicaraan Pengguna:Aldo samulo|bicara]]) 09:13, 24 Juli 2011 (UTC)}}

{{BintangWiki Wikipedia|[[Pengguna:Aldo samulo|Aldo samulo]] ([[Pembicaraan Pengguna:Aldo samulo|bicara]]) 09:13, 24 Juli 2011 (UTC)}}

{{Penghargaan Emas|[[Pengguna:Aldo samulo|Aldo samulo]] ([[Pembicaraan Pengguna:Aldo samulo|bicara]]) 09:32, 21 Agustus 2011 (UTC)}}

{{WEA-AEE|-- Atas kontribusi Anda yang telah menyumbangkan '''lebih dari 7.000<sup>++</sup> suntingan''' hingga hari ini. Semoga Anda [[Pengguna:Wagino_20100516/Wagino_20100516_Editcount_Award#Pesan_dan_harapan|berkenan]] menerima penghargaan ini dari saya. Selamat berkarya dan salam sejahtera. -- [[Pengguna:Wagino 20100516|Wagino 20100516]] ([[Pembicaraan Pengguna:Wagino 20100516|bicara]]) 15:23, 8 September 2011 (UTC)}}

{{BintangWiki Kedokteran|width=100%|Saya anugerahi BintangWiki Kedokteran ini untuk ESCa, yang merupakan penulis artikel bertopik kedokteran yang lain dari yang lain. Tak hanya teliti dengan referensi, artikel tulisan ESCa banyak yang kualitasnya lebih dari yang lain. Selamat! [[Pengguna:Mimihitam|'''<small><span style="background:#999999;color:#fff">&nbsp;Mimihitam&nbsp;</span></small>''']] 10:57, 13 September 2011 (UTC)}}
{{WEA-BEE|[[Pengguna:Mikhailov Kusserow|Mikhailov Kusserow]] ([[Pembicaraan Pengguna:Mikhailov Kusserow|bicara]]) 06:49, 17 September 2011 (UTC)}}
{{WEA-IEE|[[Pengguna:Mikhailov Kusserow|Mikhailov Kusserow]] ([[Pembicaraan Pengguna:Mikhailov Kusserow|bicara]]) 06:49, 17 September 2011 (UTC)}}
{{WEA-AEE|[[Pengguna:Mikhailov Kusserow|Mikhailov Kusserow]] ([[Pembicaraan Pengguna:Mikhailov Kusserow|bicara]]) 06:51, 17 September 2011 (UTC)}}
|below = [[WP:MINTA|Minta]] {{·w}} [[Wikipedia:Pemeriksa|Pemeriksa]] {{·w}} [[Wikipedia:Penyangkalan umum|Penyangkalan]] {{·w}} [[Wikipedia:Kebijakan privasi|Privasi]] {{·w}} [[Wikipedia:Menyunting sebuah halaman|Sunting]]
}}


==Referensi==
== Hypothesis ==
[[Berkas:Albert Einstein Head.jpg|thumb|right|256px|Albert Einstein]]
<div class="references-small" style="-moz-column-count:2; column-count:2;">
[[Berkas:Marie_Curie.jpg|thumb|right|256px|Maria Skłodowska-Curie]]
{{reflist}}
[[Berkas:Prandtl portrait.jpg|thumb|right|256px|Ludwig Prandtl]]
</div>
[[Berkas:Florence Nightingale 1920 reproduction.jpg|thumb|right|256px|Florence Nightingale]]
Prove these right or wrong according to WP:RS, and a wikistar will be delivered to your talkpage. Please send a message to my talkpage after you've done it.
* [[Aterosklerosis|Atherosclerosis]] and [[Diabetes mellitus#Diabetes mellitus tipe 2|NIDDM]] share the same pathogenesis of β-oxidation deficiency.
* [[Laju metabolisme basal|BMR]] is a ratio of each respective speed,
:<math>d 2\mbox{ATP} \leftarrow 2\mbox{(ADP + Pi)} \over d 2\mbox{H}_2\mbox{O} \leftarrow \mbox{O}_2 + 4\mbox{H}^+ + 4\mbox{e}^- \, </math> or <math>\mbox{ATP Biosynthesis} \over \mbox{Deprotonation} \, </math>
* [[Fosfatidil kolina|Phosphatidylcholine]] collapses into [[sitoplasma|cytoplasm]] in state of acidic matrix.
* [[Hipertiroidisme|Hyperthyroidism]] and [[Hipotiroidisme|hypothyroidism]] share the same [[mitokondria|mitochondrial]] complex I deficiency.
* If product of deiodination, [[fosforilasi oksidatif|oxidative phosphorylation]] and [[siklus asam sitrat|Krebs' cycle]] were [[gaya Lorentz|Lorentz force]], excessive force over the threshold will be coupled by an anti-Lorents force generated by a mechanism called [[kemiosmosis|chemiosmotic]] coupling.
* [[Ion]] [[hidrogen|H<sup>+</sup>]] from [[mitokondria|mitochondrial]] deprotonation is used at least for replacing damaged [[DNA]] double helix [[ikatan hidrogen|hidrogen bond]] inside [[inti sel|nucleus]].
* Over-[[transkripsi|transcription]] without sufficient deprotonation results to over-expression of complement [[protein]].
* [[Tiamina|Thiamine]] is a carrier in [[sitoplasma|cytoplasm]] that transports [[oksigen|oxygen]] into [[mitokondria|mitochondrial]] matrix for [[fosforilasi oksidatif|oxidative phosphorylation]].
* Although [[hipotiroidisme|hypothyroidism]] might share the same metabolic pathways with hypothyroxinaemia, hyperthyroxinaemia does not do the same with [[hipertiroidisme|hyperthyroidism]], because it primarily deals with excessive deprotonation which disrupts [[asam glutamat|glutamate]] cycle and shifts partitions in biological water zone and accidentally inhibits carrier activities which transports [[oksigen|oxygen]] into [[mitokondria|mitochondrial]] matrix, and thus results to metabolic storm.
* Enzymatic activities in biological water zone in [[sitoplasma|cytoplasm]] which is capable of maintaining the mode of deprotonation to partition equilibrium, defines the state of addiction.
* [[mitokondria|Mitochondrion]] is a [[prokariota|prokaryote]] [[sel (biologi)|cell]] evolved from [[bakteri|α-proteobacteria]] which used to live in [[apel|apple]], having [[endosymbiotic]] with [[manusia|human]] [[eukariota|eukaryote]]. Endosymbiosis with one living in [[pisang|banana]] is what makes [[kera|monkey]].
* At each locus, [[manusia|human]] posseses two [[alel|alleles]], one inherited from the father and one from the mother. Each time a [[gen|genetic]] [[mutasi|mutation]] takes place, human get a new additional allele, because every parenthood affair causes a genetic mutation in their children as side effect of inheritance.
* [[ATP sintase|ATPases]] from both [[eukariota|eukaryote]] and [[prokariota|prokaryote]] are the same in case of [[mitokondria|mitochondrion]] endosymbiotic [[evolusi|evolution]]. As the result, [[fosforilasi oksidatif|oxidative phosphorylation]] also occurs at [[membran sel|plasma membrane]], [[siklus asam sitrat|Krebs' cycle]] also takes place in [[sitoplasma|cytoplasm]]. Thus references which describe plasmalemma ATPase can be used to describe properties of mitochondrion ATPase. After all, they have the same [[molekul|molecular]] structure.
* [[Manusia|Human]] can stay young upon maintaining [[plasma darah|plasma]] [[deiodinasi|deiodination]] rate.
* In [[kimia organik|organic chemistry]], there are gears of [[reaksi redoks|redoks]] that tick and tock like those of the clocks. Biological water zone distributes the [[energy|power]] of [[ion]] [[hidrogen|H<sup>+</sup>]] from [[mitokondria|mitochondrial]] [[deprotonation]] to drive all gears in certain partitions. Ticks and tocks generate [[panas|heat]] from their [[gesekan|friction]], so in order to avoid overheating by adjacent gear [[substrat|subtrates]] which may [[katalis|catalyze]] the friction like an [[enzyme]], a regulation of a promoter [[senyawa organik|compound]] is in order. By the way, there is a second substrate type, like [[kertas|paper]] for the gears of [[paper shredder]] and, for those orphan gears, there are universal gears called [[adenosina trifosfat|ATP]] placed in adjacent.
* Scientific methodology is about good business. For example, a gentleman doing a research with a phenomenal result that exceeds the current phylosophy, after that, he got banned and considered a rebel by his own community. In this case, scientific methodology offers a win-win solution, this gentleman can forget about the hardwork and all his scientific methods and perspiration, as all those will be considered as development and progress of old concept that once banned him, in return, he can have the title as Father of Modern Chemistry.
* [[Vitamin C]] together with [[Vitamin B1]] can be anti-[[kanker|cancer]] supplement. Vitamin C with [[Metaloprotease|Matrix Metalloproteinases]], and Vitamin B1 with HIF.
* Faster [[suara jantung|heartbeat]] is one [[ekspresi gen|genetic expression]] of [[Oksidase L-gulonolakton|GLO]] from functional [[kromosom|chromosome]] 8p21.1.
* Chain of command does not begin with vandalism.
* In [[fotografi|photography]], a world next door to [[kendaraan bermotor|automobile]] which begins with gears, [[kanker|cancer]] is not just [[karsinogen|carcinogen]]-induced synergetic somatic mutations, but it happens ''in absentia'' of spesific determining gears. High [[laju metabolisme basal|BMR]] in cancer also is not simply because of [[efek Warburg|Warburg effect]], which in BMR equation shown by increase of ATP biosynthesis rate, but also because of decrease in deprotonation rate. Based on this gear point of view, cancer can be seen as a form of [[avitaminosis]], because, partition obstacles of [[sitoplasma|cytoplasmic]] biological water zone might prevent [[mitokondria|mitochondrial]] deprotonation product to reach [[plasma darah|periplasm]] and deprotonation-like function is substituted by [[efek Bohr|Bohric]] [[eritrosit|erythrocyte]] in [[pembuluh darah|blood vessels]], and by [[vitamin]] in various [[jaringan|tissues]]. People are people, prefer to reduce [[adenosina trifosfat|ATP]] by fasting to increasing [[ion]] [[hidrogen|H]]<sup>+</sup> by consuming vitamins, because of fear that gears might burn while rotating too fast.
* Biological water zone is not applicable for [[paru|lung]] [[sel (biologi)|cells]], because of incident free [[udara|air]].
* Master degree scholars who still like to translate words to words tightly according to lexical grammatical rules and inherit all the mistakes done in last summary, do not need higher education to understand the copyvio nature of their translations.
* In [[alam|nature]], statics is divided into 2 major layers, the [[udara|air]] and [[air|water]]. The [[tanah|soil]] creates sublayers that due to their [[massa jenis|molecule weights]], and [[minyak|oil]] on top of it. In dynamics, pulsatic [[denyut jantung|heartbeat]] not only drive oily particles faster, but it bends the entire statics into complete circle and builds many concentric layers. Its longitudinal creates centrifugal force which drive heavier particles outwards. Thus because of difference in transversal speed, [[molekul kecil|small molecule]] oxidants will not likely oxidize larger [[molekul|molecules]] in outer different layer, and the oxidized molecules will likely to fall outward into water layer, attracted by deprotonation from whatever cells or parenchymes nearby. But sometimes, as people do some sports, the transversal pulses create centripetal force and brings up singularity effect, where small and large molecules mixed up together. From this, it can be determined that [[trigliserida|triglyceride]] holds an important [[homeostasis]] between [[steatohepatitis]] and [[kanker|cancer]] as its particular oxidizing partner, [[antigen karsinoembrionik|CEA]].
* We were all stupid once.
* [[Sel (biologi)|Cells]] which undergo [[tiamina|thiamine]] deficiency and fail becoming [[kanker|cancerous]] through [[efek Warburg|Warburg]] pathway, will [[apoptosis|die]] to [[sembap|edema]]. [[Tubuh|Body]] may suffer from [[albuminuria]] as it activates [[detoksifikasi|detoxification]] pathway to clear out excessive [[cairan tubuh|fluid]] from within [[peritoneum]].
* [[karbon|C]] is [[hitam|black]], [[oksigen|O<sub>2</sub>]] is [[biru|blue]], but [[karbon dioksida|CO<sub>2</sub>]] is not dark blue. It's [[hijau|green]].
* [[Tubuh|Body]] circadian rhytm is in vicinity of 3 bases of [[hati|liver]] mode. First base is [[protein]] base when liver [[sekresi|secretes]] [[albumin]], second one is [[lipid]] base when liver secretes products from beta-[[oksidasi|oxydation]], third base is [[air|water]] base when liver induces glucuronidation pathway.
* [[Manusia|People]] who see [[jantung|heart]] as an [[organ (anatomi)|organ]] which pumps [[darah|blood]] into [[pembuluh nadi|artery]] will think of it as a mechanism which creates [[tekanan onkotik|oncotic pressure]]. Others who see heart as an organ which sucks blood from [[pembuluh balik|vein]], will think of [[albumin]] to meet [[tekanan darah#tekanan sistolik|systolic pressure]].
* Noone can satisfy everyone.


==Pranala luar==
== Trinity ==
* Father, Son, Holy Spirit
* [http://www.batan.go.id Badan Tenaga Nuklir Nasional]
* Father, Mother, Children
** [http://www.batan.go.id/ensiklopedi/index.php Ensiklopedi]
* Read, Learn, Edit
** [http://www.batan.go.id/Kamus/index.php Kamus]
* Acid, Base, Salt
* [http://beritaiptek.istecs.org Berita Iptek]
* Innate, Adaptive, Complement
* Nerve system, Metabolic system, Immune system
* Protein, Fat, Glucose
* Tri-iodothyronine, Melatonin, Insulin
* Tumor necrosis factor-α, Hepatocyte growth factor, Interferon-γ
* Neutron, Proton, Electron
* Cardiolipin, Phosphatidylcholine, Phosphatidylethanolamine
* Deiodination, Krebs cycle, Oxidative Phosphorylation
* Triglyceride, Uric Acid, Urea


== Homework ==
* [http://id.wikisource.org/wiki/Pedoman_Umum_Ejaan_Bahasa_Indonesia_yang_Disempurnakan Ejaan Yang Disempurnakan]
* [[Wikipedia:Validasi_artikel/Permohonan peninjauan]]
* [http://pusatbahasa.diknas.go.id/kbbi/ Kamus KBBI]
* [[glucuronic pathway]] or [[glucuronidation]]
* [[Wikipedia:ProyekWiki Menrva]] - [[Wikipedia:ProyekWiki Menrva/Daftar yang perlu diterjemahkan|Daftar yang perlu diterjemahkan]]


[[Kategori:Pengguna yang berdomisili di Indonesia]]
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Revisi terkini sejak 26 Februari 2019 08.52

"If you look at the history of breakthroughs in disease, often the understanding of what proteins normally do gives important clues to what is aberrant in disease" - Lawrence S. B. Goldstein; Howard Hughes Institute

"Disconcertingly few laymen-even few college graduates-really understand what the scholar means by 'truth.' It is not a citadel of certainty to be defended against error; it is a shady spot where one eats lunch before tramping on. The professional thinker enjoys being where he is, but he also looks forward to new vistas around the next bend, over the next crest." - Lynn White, Machina ex Deo; Massachusetts Institute of Technology

"Of course, I might have been wrong, and in any case, was it not the great Max Planck (1928, 1933) who remarked that a new scientific idea does not triumph by convincing its opponents, but rather because its opponents eventually die?" - Peter Mitchell, Chemiosmotic Theory; Glynn Research Institute

"I’ll never forget hearing from a father and mother whose son had died after a rare illness. They gave out of gratitude that Wikipedia has an article to inform others about the existence of the disease that took their son’s life. - Lilaroja, volunteer at Wikimedia Foundation in San Francisco

"A vitamin is a substance that makes you ill if you don’t eat it." - Albert Szent-Gyorgyi, Nobel Prize in Physiology or Medicine, 1937

"Wikipedia only works in practice. In theory, it's a total disaster." - Sue Gardner, Executive Director of Wikimedia Foundation

"Please, grant me the serenity to accept the pages I cannot edit, The courage to edit the pages I can, And the wisdom to know the difference" - Wiki prayer

→αβγ

Hypothesis

[sunting | sunting sumber]
Albert Einstein
Maria Skłodowska-Curie
Ludwig Prandtl
Florence Nightingale

Prove these right or wrong according to WP:RS, and a wikistar will be delivered to your talkpage. Please send a message to my talkpage after you've done it.

  • Atherosclerosis and NIDDM share the same pathogenesis of β-oxidation deficiency.
  • BMR is a ratio of each respective speed,
or
  • Phosphatidylcholine collapses into cytoplasm in state of acidic matrix.
  • Hyperthyroidism and hypothyroidism share the same mitochondrial complex I deficiency.
  • If product of deiodination, oxidative phosphorylation and Krebs' cycle were Lorentz force, excessive force over the threshold will be coupled by an anti-Lorents force generated by a mechanism called chemiosmotic coupling.
  • Ion H+ from mitochondrial deprotonation is used at least for replacing damaged DNA double helix hidrogen bond inside nucleus.
  • Over-transcription without sufficient deprotonation results to over-expression of complement protein.
  • Thiamine is a carrier in cytoplasm that transports oxygen into mitochondrial matrix for oxidative phosphorylation.
  • Although hypothyroidism might share the same metabolic pathways with hypothyroxinaemia, hyperthyroxinaemia does not do the same with hyperthyroidism, because it primarily deals with excessive deprotonation which disrupts glutamate cycle and shifts partitions in biological water zone and accidentally inhibits carrier activities which transports oxygen into mitochondrial matrix, and thus results to metabolic storm.
  • Enzymatic activities in biological water zone in cytoplasm which is capable of maintaining the mode of deprotonation to partition equilibrium, defines the state of addiction.
  • Mitochondrion is a prokaryote cell evolved from α-proteobacteria which used to live in apple, having endosymbiotic with human eukaryote. Endosymbiosis with one living in banana is what makes monkey.
  • At each locus, human posseses two alleles, one inherited from the father and one from the mother. Each time a genetic mutation takes place, human get a new additional allele, because every parenthood affair causes a genetic mutation in their children as side effect of inheritance.
  • ATPases from both eukaryote and prokaryote are the same in case of mitochondrion endosymbiotic evolution. As the result, oxidative phosphorylation also occurs at plasma membrane, Krebs' cycle also takes place in cytoplasm. Thus references which describe plasmalemma ATPase can be used to describe properties of mitochondrion ATPase. After all, they have the same molecular structure.
  • Human can stay young upon maintaining plasma deiodination rate.
  • In organic chemistry, there are gears of redoks that tick and tock like those of the clocks. Biological water zone distributes the power of ion H+ from mitochondrial deprotonation to drive all gears in certain partitions. Ticks and tocks generate heat from their friction, so in order to avoid overheating by adjacent gear subtrates which may catalyze the friction like an enzyme, a regulation of a promoter compound is in order. By the way, there is a second substrate type, like paper for the gears of paper shredder and, for those orphan gears, there are universal gears called ATP placed in adjacent.
  • Scientific methodology is about good business. For example, a gentleman doing a research with a phenomenal result that exceeds the current phylosophy, after that, he got banned and considered a rebel by his own community. In this case, scientific methodology offers a win-win solution, this gentleman can forget about the hardwork and all his scientific methods and perspiration, as all those will be considered as development and progress of old concept that once banned him, in return, he can have the title as Father of Modern Chemistry.
  • Vitamin C together with Vitamin B1 can be anti-cancer supplement. Vitamin C with Matrix Metalloproteinases, and Vitamin B1 with HIF.
  • Faster heartbeat is one genetic expression of GLO from functional chromosome 8p21.1.
  • Chain of command does not begin with vandalism.
  • In photography, a world next door to automobile which begins with gears, cancer is not just carcinogen-induced synergetic somatic mutations, but it happens in absentia of spesific determining gears. High BMR in cancer also is not simply because of Warburg effect, which in BMR equation shown by increase of ATP biosynthesis rate, but also because of decrease in deprotonation rate. Based on this gear point of view, cancer can be seen as a form of avitaminosis, because, partition obstacles of cytoplasmic biological water zone might prevent mitochondrial deprotonation product to reach periplasm and deprotonation-like function is substituted by Bohric erythrocyte in blood vessels, and by vitamin in various tissues. People are people, prefer to reduce ATP by fasting to increasing ion H+ by consuming vitamins, because of fear that gears might burn while rotating too fast.
  • Biological water zone is not applicable for lung cells, because of incident free air.
  • Master degree scholars who still like to translate words to words tightly according to lexical grammatical rules and inherit all the mistakes done in last summary, do not need higher education to understand the copyvio nature of their translations.
  • In nature, statics is divided into 2 major layers, the air and water. The soil creates sublayers that due to their molecule weights, and oil on top of it. In dynamics, pulsatic heartbeat not only drive oily particles faster, but it bends the entire statics into complete circle and builds many concentric layers. Its longitudinal creates centrifugal force which drive heavier particles outwards. Thus because of difference in transversal speed, small molecule oxidants will not likely oxidize larger molecules in outer different layer, and the oxidized molecules will likely to fall outward into water layer, attracted by deprotonation from whatever cells or parenchymes nearby. But sometimes, as people do some sports, the transversal pulses create centripetal force and brings up singularity effect, where small and large molecules mixed up together. From this, it can be determined that triglyceride holds an important homeostasis between steatohepatitis and cancer as its particular oxidizing partner, CEA.
  • We were all stupid once.
  • Cells which undergo thiamine deficiency and fail becoming cancerous through Warburg pathway, will die to edema. Body may suffer from albuminuria as it activates detoxification pathway to clear out excessive fluid from within peritoneum.
  • C is black, O2 is blue, but CO2 is not dark blue. It's green.
  • Body circadian rhytm is in vicinity of 3 bases of liver mode. First base is protein base when liver secretes albumin, second one is lipid base when liver secretes products from beta-oxydation, third base is water base when liver induces glucuronidation pathway.
  • People who see heart as an organ which pumps blood into artery will think of it as a mechanism which creates oncotic pressure. Others who see heart as an organ which sucks blood from vein, will think of albumin to meet systolic pressure.
  • Noone can satisfy everyone.
  • Father, Son, Holy Spirit
  • Father, Mother, Children
  • Read, Learn, Edit
  • Acid, Base, Salt
  • Innate, Adaptive, Complement
  • Nerve system, Metabolic system, Immune system
  • Protein, Fat, Glucose
  • Tri-iodothyronine, Melatonin, Insulin
  • Tumor necrosis factor-α, Hepatocyte growth factor, Interferon-γ
  • Neutron, Proton, Electron
  • Cardiolipin, Phosphatidylcholine, Phosphatidylethanolamine
  • Deiodination, Krebs cycle, Oxidative Phosphorylation
  • Triglyceride, Uric Acid, Urea