Электронная библиотечная система КОНСУЛЬТАНТ СТУДЕНТА
STUDENT'S CONSULTANT
Все издания
Accessibility
>
div> v> div> button" id="close-button">Close Menu tton" id="close-button">Close Menu on" id="close-button">Close Menu id="close-button">Close Menu ="close-button">Close Menu close-button">Close Menu tton> on> > iv>> ss="plus-cont">
="plus-cont">
plus-cont">
us-cont">
-cont">
ont">
t">
v class="wrap-ssp">class="wrap-ssp">s="wrap-ssp">"wrap-ssp">p-ssp">ssp">p">ner'>
r'>
>
v class="wrap-err">class="wrap-err">ass="wrap-err">ss="wrap-err">="wrap-err">wrap-err">rr">">/div>
iv>
Раздел right-column text-part-reader">
Раздел ght-column text-part-reader">
Раздел t-column text-part-reader">
Раздел column text-part-reader">
Раздел lumn text-part-reader">
Раздел mn text-part-reader">
Раздел text-part-reader">
Раздел ext-part-reader">
Раздел rt-reader">
Раздел -reader">
Раздел eader">
Раздел r">
Раздел >
Раздел
Раздел
Раздел
Раздел
Раздел iv class="wrap-heads-reader"> Раздел class="wrap-heads-reader"> Раздел lass="wrap-heads-reader"> Раздел ss="wrap-heads-reader"> Раздел ="wrap-heads-reader"> Раздел -heads-reader"> Раздел eads-reader"> Раздел ds-reader"> Раздел eader"> Раздел der"> Раздел r"> Раздел an>
Страница >
Страница
Страница
Страница
Страница
Страница
Страница div>
Страница iv class="wrap-pages-reader"> Страница class="wrap-pages-reader"> Страница lass="wrap-pages-reader"> Страница ="wrap-pages-reader"> Страница wrap-pages-reader"> Страница ap-pages-reader"> Страница ница ица ца а /span> pan> n> an class="cur-num"> class="cur-num">lass="cur-num">="cur-num">cur-num">r-num">UNCTIONS OF BIOLOGICAL MEMBRANES. CELL SIGNALING PATHWAYSCTIONS OF BIOLOGICAL MEMBRANES. CELL SIGNALING PATHWAYSIONS OF BIOLOGICAL MEMBRANES. CELL SIGNALING PATHWAYSNS OF BIOLOGICAL MEMBRANES. CELL SIGNALING PATHWAYS OF BIOLOGICAL MEMBRANES. CELL SIGNALING PATHWAYSF BIOLOGICAL MEMBRANES. CELL SIGNALING PATHWAYSBIOLOGICAL MEMBRANES. CELL SIGNALING PATHWAYSOLOGICAL MEMBRANES. CELL SIGNALING PATHWAYSAL MEMBRANES. CELL SIGNALING PATHWAYS MEMBRANES. CELL SIGNALING PATHWAYSEMBRANES. CELL SIGNALING PATHWAYSANES. CELL SIGNALING PATHWAYSES. CELL SIGNALING PATHWAYS. CELL SIGNALING PATHWAYShmoveovee="font_by_fingers(event)nt_by_fingers(event)_by_fingers(event)ngers(event)ers(event)s(event)ent)t)-pgs-top' class="wrap-pagination-links-top">
gs-top' class="wrap-pagination-links-top">
-top' class="wrap-pagination-links-top">
op' class="wrap-pagination-links-top">
' class="wrap-pagination-links-top">
class="wrap-pagination-links-top">
ass="wrap-pagination-links-top">
s="wrap-pagination-links-top">
p-pagination-links-top">
pagination-links-top">
gination-links-top">
tion-links-top">
on-links-top">
-links-top">
ass="pagination-book circle animated-effect">
s="pagination-book circle animated-effect">
"pagination-book circle animated-effect">
agination-book circle animated-effect">
ination-book circle animated-effect">
ation-book circle animated-effect">
ion-book circle animated-effect">
n-book circle animated-effect">
circle animated-effect">
ircle animated-effect">
cle animated-effect">
animated-effect">
imated-effect">
ated-effect">
mgrcps://prior.studentlibrary.ru/patrns/book_read/book_mode_gr.png://prior.studentlibrary.ru/patrns/book_read/book_mode_gr.png/prior.studentlibrary.ru/patrns/book_read/book_mode_gr.pngor.studentlibrary.ru/patrns/book_read/book_mode_gr.png.studentlibrary.ru/patrns/book_read/book_mode_gr.pngtudentlibrary.ru/patrns/book_read/book_mode_gr.pngmiter"> /
ter"> /
r"> /
> /
/
div>
v>
div class="wrap-landing-mode"> v class="wrap-landing-mode"> ass="wrap-landing-mode"> s="wrap-landing-mode"> "wrap-landing-mode"> ://prior.studentlibrary.ru/patrns/book_read/landing_mode.png/prior.studentlibrary.ru/patrns/book_read/landing_mode.pngrior.studentlibrary.ru/patrns/book_read/landing_mode.pngor.studentlibrary.ru/patrns/book_read/landing_mode.png.studentlibrary.ru/patrns/book_read/landing_mode.pngtudentlibrary.ru/patrns/book_read/landing_mode.pngdentlibrary.ru/patrns/book_read/landing_mode.pnglibrary.ru/patrns/book_read/landing_mode.pngbrary.ru/patrns/book_read/landing_mode.pngatrns/book_read/landing_mode.pngtrns/book_read/landing_mode.pngol-sm-7 col-xs-7 va-m">
-sm-7 col-xs-7 va-m">
col-xs-7 va-m">
ol-xs-7 va-m">
-xs-7 va-m">
7 va-m">
va-m">
">
"arrow-to-start"> rrow-to-start"> ow-to-start"> o-start"> start"> art"> rt"> "> hrefeftps://prior.studentlibrary.ru/en/doc/ISBN9785970456507-0000.htmls://prior.studentlibrary.ru/en/doc/ISBN9785970456507-0000.htmlml
/div>
iv>
iv class="arrow-inception-chapter"> class="arrow-inception-chapter"> lass="arrow-inception-chapter"> tlibrary.ru/en/doc/ISBN9785970456507-0004.htmlibrary.ru/en/doc/ISBN9785970456507-0004.htmlrary.ru/en/doc/ISBN9785970456507-0004.html.ru/en/doc/ISBN9785970456507-0004.htmlu/en/doc/ISBN9785970456507-0004.htmlen/doc/ISBN9785970456507-0004.htmln/doc/ISBN9785970456507-0004.htmldoc/ISBN9785970456507-0004.htmlc/ISBN9785970456507-0004.html9785970456507-0004.html85970456507-0004.html970456507-0004.html70456507-0004.html456507-0004.html6507-0004.html07-0004.html-0004.html.htmltml.ru/patrns/book_read/to_previous_chapter.pngu/patrns/book_read/to_previous_chapter.pngpatrns/book_read/to_previous_chapter.pngtrns/book_read/to_previous_chapter.pngbook_read/to_previous_chapter.pngok_read/to_previous_chapter.png_read/to_previous_chapter.pngавувууitle
iv class="arrow-left-tab"> class="arrow-left-tab"> ss="arrow-left-tab"> ="arrow-left-tab"> arrow-left-tab"> ps://prior.studentlibrary.ru/en/doc/ISBN9785970456507-0004/070.html://prior.studentlibrary.ru/en/doc/ISBN9785970456507-0004/070.html/prior.studentlibrary.ru/en/doc/ISBN9785970456507-0004/070.html.studentlibrary.ru/en/doc/ISBN9785970456507-0004/070.htmltudentlibrary.ru/en/doc/ISBN9785970456507-0004/070.htmldentlibrary.ru/en/doc/ISBN9785970456507-0004/070.html004/070.html4/070.html070.html0.htmlhtmlmlatrns/book_read/to_previous_page.pngrns/book_read/to_previous_page.pngs/book_read/to_previous_page.pngbook_read/to_previous_page.pngread/to_previous_page.pngad/to_previous_page.png/to_previous_page.pngницуицуцуу" tlee=>
iv class="arrow-right-tab"> class="arrow-right-tab"> lass="arrow-right-tab"> reffhttps://prior.studentlibrary.ru/en/doc/ISBN9785970456507-0005/001.htmltps://prior.studentlibrary.ru/en/doc/ISBN9785970456507-0005/001.htmls://prior.studentlibrary.ru/en/doc/ISBN9785970456507-0005/001.htmlISBN9785970456507-0005/001.htmlBN9785970456507-0005/001.html9785970456507-0005/001.html85970456507-0005/001.html970456507-0005/001.html0456507-0005/001.html56507-0005/001.htmlr.studentlibrary.ru/patrns/book_read/to_next_page.pngstudentlibrary.ru/patrns/book_read/to_next_page.pngntlibrary.ru/patrns/book_read/to_next_page.pnglibrary.ru/patrns/book_read/to_next_page.pngbrary.ru/patrns/book_read/to_next_page.pngy.ru/patrns/book_read/to_next_page.pngru/patrns/book_read/to_next_page.pngatrns/book_read/to_next_page.pngrns/book_read/to_next_page.pngs/book_read/to_next_page.pngаницуницуицуу titletle"На следующую страницуа следующую страницу следующую страницуследующую страницуледующую страницуедующую страницудующую страницущую страницуую страницу
div class="arrow-end-chapter"> class="arrow-end-chapter"> ass="arrow-end-chapter"> 507-0006.html07-0006.html>
doc,ISBN9785970456507-0005,000)','talking_head_div')c,ISBN9785970456507-0005,000)','talking_head_div')ISBN9785970456507-0005,000)','talking_head_div')BN9785970456507-0005,000)','talking_head_div')5970456507-0005,000)','talking_head_div')70456507-0005,000)','talking_head_div')456507-0005,000)','talking_head_div')://prior.studentlibrary.ru/patrns/speaker.png/prior.studentlibrary.ru/patrns/speaker.pngrior.studentlibrary.ru/patrns/speaker.pngексткстсттrcttps://prior.studentlibrary.ru/patrns/bookmark_gr.png/prior.studentlibrary.ru/patrns/bookmark_gr.pngrior.studentlibrary.ru/patrns/bookmark_gr.pngor.studentlibrary.ru/patrns/bookmark_gr.pngu/patrns/bookmark_gr.pngpatrns/bookmark_gr.pngtrns/bookmark_gr.pngns/bookmark_gr.pngookmark_gr.pngkmark_gr.pnggr.png.pngngtlee=
/div>iv>>
id="talking_head_div" class="speaker-player">
d="talking_head_div" class="speaker-player">
"talking_head_div" class="speaker-player">
-content-read table-responsive">ontent-read table-responsive">tent-read table-responsive">ead table-responsive">d table-responsive">table-responsive">b-stickerstickerion of Membranes: Composition and Structuren of Membranes: Composition and Structureof Membranes: Composition and Structure Membranes: Composition and Structureembranes: Composition and Structurebranes: Composition and Structureanes: Composition and Structure: Composition and StructureComposition and Structuremposition and Structureition and Structureion and Structured StructureStructureructure>mbranes embraces all cells and cell organelles, playing an important role in maintaining their structure and functions. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.ranes embraces all cells and cell organelles, playing an important role in maintaining their structure and functions. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.nes embraces all cells and cell organelles, playing an important role in maintaining their structure and functions. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.s embraces all cells and cell organelles, playing an important role in maintaining their structure and functions. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.embraces all cells and cell organelles, playing an important role in maintaining their structure and functions. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.ces all cells and cell organelles, playing an important role in maintaining their structure and functions. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.s all cells and cell organelles, playing an important role in maintaining their structure and functions. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.all cells and cell organelles, playing an important role in maintaining their structure and functions. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.ning their structure and functions. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.ng their structure and functions. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions. their structure and functions. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions. structure and functions. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.tructure and functions. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.ucture and functions. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.ons. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.s. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions. All membranes have general structural characteristics. However, the plasma membrane, as well as membranes of the endoplasmic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.smic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.ic reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions. reticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.eticulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.iculum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.ulum, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.um, Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions., Golgi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.gi apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions. apparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions.pparatus, mitochondria and the nuclei have prominent compositional specificity; they all have unique components and, therefore, unique functions. organelle from the environment, creating the specific inner content;rganelle from the environment, creating the specific inner content;anelle from the environment, creating the specific inner content; from the environment, creating the specific inner content;rom the environment, creating the specific inner content;m the environment, creating the specific inner content;ting the specific inner content;ng the specific inner content; the specific inner content;he specific inner content; specific inner content;pecific inner content;cific inner content;fic inner content;c inner content;ner content;r content;ent;t;p classasss"txtt"► regulation of transport into the cells and organelles and back;pan class="">► regulation of transport into the cells and organelles and back;n class="">► regulation of transport into the cells and organelles and back;ass="">► regulation of transport into the cells and organelles and back;s="">► regulation of transport into the cells and organelles and back; regulation of transport into the cells and organelles and back; regulation of transport into the cells and organelles and back;bsp;regulation of transport into the cells and organelles and back;of transport into the cells and organelles and back; transport into the cells and organelles and back;ransport into the cells and organelles and back;sport into the cells and organelles and back;ort into the cells and organelles and back;t into the cells and organelles and back;s and back;and back;d back;back;ck;;an>> of the specificity of the intercellular contacts;f the specificity of the intercellular contacts;specificity of the intercellular contacts;ecificity of the intercellular contacts;ificity of the intercellular contacts;tercellular contacts;rcellular contacts;ellular contacts;ike hormones or other signaling molecules from the extracellular environment.e hormones or other signaling molecules from the extracellular environment.hormones or other signaling molecules from the extracellular environment.rmones or other signaling molecules from the extracellular environment.ones or other signaling molecules from the extracellular environment.es or other signaling molecules from the extracellular environment. or other signaling molecules from the extracellular environment.r other signaling molecules from the extracellular environment.er signaling molecules from the extracellular environment. signaling molecules from the extracellular environment.ignaling molecules from the extracellular environment.lasssss="">Biological membranes consist of lipids and proteins, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium."">Biological membranes consist of lipids and proteins, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.>Biological membranes consist of lipids and proteins, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.iological membranes consist of lipids and proteins, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.logical membranes consist of lipids and proteins, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.gical membranes consist of lipids and proteins, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.cal membranes consist of lipids and proteins, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.l membranes consist of lipids and proteins, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.membranes consist of lipids and proteins, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.ranes consist of lipids and proteins, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.nes consist of lipids and proteins, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.nsist of lipids and proteins, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.ist of lipids and proteins, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.t of lipids and proteins, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.oteins, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.eins, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.ns, connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium., connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.connected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.ected via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.ted via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.d via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.via non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.>non-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.on-covalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.ovalent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.alent bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.b>bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.bonds. Lipids form lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.orm lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.m lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.lipid bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.id bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium. bilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.ilayer and protein molecules embedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.mbedded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.edded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.ded into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.d into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.into it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.to it (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium. (Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.Fig. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.g. 4.1). Lipid bilayer is formed by two layers of amphiphilic molecules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.ules, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.es, mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium., mainly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.ly phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium. phospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.hospholipids and cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.cholesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.olesterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.esterol, which interact with each other by their hydrophobic parts, forming inner hydrophobic layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium. layer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.ayer of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.er of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium. of membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.f membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.membrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.mbrane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.rane, and hydrophilic groups - «polar heads» - turned outwards and contact with water medium. and hydrophilic groups - «polar heads» - turned outwards and contact with water medium.nd hydrophilic groups - «polar heads» - turned outwards and contact with water medium. hydrophilic groups - «polar heads» - turned outwards and contact with water medium.are glycerophospholipids, derivatives of phosphatidic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).e glycerophospholipids, derivatives of phosphatidic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).glycerophospholipids, derivatives of phosphatidic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).cerophospholipids, derivatives of phosphatidic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).rophospholipids, derivatives of phosphatidic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).phospholipids, derivatives of phosphatidic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).vatives of phosphatidic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).tives of phosphatidic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).ves of phosphatidic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).s of phosphatidic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).of phosphatidic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2). phosphatidic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).b>phosphatidic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).phosphatidic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).osphatidic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).atidic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).idic acid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).cid (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).d (Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).(Ch. 7.9, Fig. 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2). 7.31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2)..31). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).1). The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).. The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).The main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).main glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).in glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2). glycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).lycerophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).rophospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).phospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).ospholipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).olipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).ipid in most of the membrane types is phosphatidylcholine (Fig. 4.2).n most of the membrane types is phosphatidylcholine (Fig. 4.2).most of the membrane types is phosphatidylcholine (Fig. 4.2).st of the membrane types is phosphatidylcholine (Fig. 4.2).ane types is phosphatidylcholine (Fig. 4.2).e types is phosphatidylcholine (Fig. 4.2).types is phosphatidylcholine (Fig. 4.2).es is phosphatidylcholine (Fig. 4.2). is phosphatidylcholine (Fig. 4.2).s phosphatidylcholine (Fig. 4.2).2)../span>pan>n>p>
ination-links-bottom">
ation-links-bottom">
links-bottom">
nks-bottom">
s-bottom">
class="wrap-pagination">
lass="wrap-pagination">
ss="wrap-pagination">
>
iv class="arrow-to-start"> class="arrow-to-start"> lass="arrow-to-start"> ss="arrow-to-start"> rrow-to-start"> ow-to-start"> -to-start"> ow-inception-chapter"> -inception-chapter"> nception-chapter"> on-chapter"> -chapter"> hapter"> efttps://prior.studentlibrary.ru/en/doc/ISBN9785970456507-0004.htmlps://prior.studentlibrary.ru/en/doc/ISBN9785970456507-0004.html://prior.studentlibrary.ru/en/doc/ISBN9785970456507-0004.html/prior.studentlibrary.ru/en/doc/ISBN9785970456507-0004.htmlrior.studentlibrary.ru/en/doc/ISBN9785970456507-0004.html.studentlibrary.ru/en/doc/ISBN9785970456507-0004.htmltudentlibrary.ru/en/doc/ISBN9785970456507-0004.htmllibrary.ru/en/doc/ISBN9785970456507-0004.htmlbrary.ru/en/doc/ISBN9785970456507-0004.htmlary.ru/en/doc/ISBN9785970456507-0004.html9785970456507-0004.html85970456507-0004.html970456507-0004.html0456507-0004.html56507-0004.html7-0004.html0004.html04.html.htmll">imggc=".studentlibrary.ru/patrns/book_read/to_previous_chapter.pngtudentlibrary.ru/patrns/book_read/to_previous_chapter.pngdentlibrary.ru/patrns/book_read/to_previous_chapter.pngtlibrary.ru/patrns/book_read/to_previous_chapter.pngibrary.ru/patrns/book_read/to_previous_chapter.pngrary.ru/patrns/book_read/to_previous_chapter.pngevious_chapter.pngious_chapter.pngus_chapter.png_chapter.pnghapter.pngpter.pngpngg" предыдущую главуредыдущую главуедыдущую главудущую главуущую главущую главу">tab"> b"> > < hrefef://prior.studentlibrary.ru/en/doc/ISBN9785970456507-0004/070.html/prior.studentlibrary.ru/en/doc/ISBN9785970456507-0004/070.htmlrior.studentlibrary.ru/en/doc/ISBN9785970456507-0004/070.htmlrary.ru/en/doc/ISBN9785970456507-0004/070.htmlry.ru/en/doc/ISBN9785970456507-0004/070.html.ru/en/doc/ISBN9785970456507-0004/070.html/en/doc/ISBN9785970456507-0004/070.htmln/doc/ISBN9785970456507-0004/070.htmldoc/ISBN9785970456507-0004/070.html.htmltmll">
iv class="arrow-end-chapter"> class="arrow-end-chapter"> lass="arrow-end-chapter"> ="arrow-end-chapter"> arrow-end-chapter"> row-end-chapter"> w-end-chapter"> d-chapter"> chapter"> apter"> r"> >
f//prior.studentlibrary.ru/en/doc/ISBN9785970456507-0011/016.htmlr.studentlibrary.ru/en/doc/ISBN9785970456507-0011/016.html.studentlibrary.ru/en/doc/ISBN9785970456507-0011/016.htmlprior.studentlibrary.ru/cgi-bin/mb4x?AJAX=1&SSr=07E9040E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')ior.studentlibrary.ru/cgi-bin/mb4x?AJAX=1&SSr=07E9040E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')studentlibrary.ru/cgi-bin/mb4x?AJAX=1&SSr=07E9040E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')udentlibrary.ru/cgi-bin/mb4x?AJAX=1&SSr=07E9040E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')ntlibrary.ru/cgi-bin/mb4x?AJAX=1&SSr=07E9040E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')library.ru/cgi-bin/mb4x?AJAX=1&SSr=07E9040E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')brary.ru/cgi-bin/mb4x?AJAX=1&SSr=07E9040E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004').ru/cgi-bin/mb4x?AJAX=1&SSr=07E9040E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')u/cgi-bin/mb4x?AJAX=1&SSr=07E9040E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')cgi-bin/mb4x?AJAX=1&SSr=07E9040E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')n/mb4x?AJAX=1&SSr=07E9040E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')mb4x?AJAX=1&SSr=07E9040E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')4x?AJAX=1&SSr=07E9040E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')7E9040E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')9040E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')40E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')E8BC1&usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')usr_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')r_data=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')a=htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')htmswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')mswap(draw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')raw_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')w_TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')TCont_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')_doc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')oc_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')_item,0,0,aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004'),aTCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')TCont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')ont-ISBN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')BN9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')9785970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')85970456507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')507-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')7-0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')0004,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')04,book,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')k,ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')ISBN9785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')785970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')5970456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')70456507,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')7,,doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004'),doc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')oc_id:ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004'):ISBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')SBN9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')N9785970456507-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')-0004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')004,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')4,fixas:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')s:a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')a,nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')nav_pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')pg_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')_type:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')ype:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')e:doc,nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')nav_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')v_pg_id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')id:ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004'):ISBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')SBN9785970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')970456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')0456507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')56507-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')-0005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')005,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004')5,nav_pg_tab:,drawchl:1)','aTCont-ISBN9785970456507-0004'):,drawchl:1)','aTCont-ISBN9785970456507-0004')drawchl:1)','aTCont-ISBN9785970456507-0004')awchl:1)','aTCont-ISBN9785970456507-0004')1)','aTCont-ISBN9785970456507-0004')','aTCont-ISBN9785970456507-0004')'aTCont-ISBN9785970456507-0004')07-0004')-0004')004')4') class-row-childs-a-onow-childs-a-on-childs-a-onds-a-on-a-on-onlassasss="nt-row-childs-row-childschildsildsds
lass="aTCont-row-sect adepth2t-row-sect adepth2row-sect adepth2w-sect adepth2 adepth2depth2pth2th22"> href="https://prior.studentlibrary.ru/en/doc/ISBN9785970456507-0005/000.html/prior.studentlibrary.ru/en/doc/ISBN9785970456507-0005/000.htmlrior.studentlibrary.ru/en/doc/ISBN9785970456507-0005/000.htmlor.studentlibrary.ru/en/doc/ISBN9785970456507-0005/000.htmludentlibrary.ru/en/doc/ISBN9785970456507-0005/000.htmlentlibrary.ru/en/doc/ISBN9785970456507-0005/000.htmltlibrary.ru/en/doc/ISBN9785970456507-0005/000.htmlry.ru/en/doc/ISBN9785970456507-0005/000.html.ru/en/doc/ISBN9785970456507-0005/000.htmlu/en/doc/ISBN9785970456507-0005/000.htmloc/ISBN9785970456507-0005/000.html/ISBN9785970456507-0005/000.htmlSBN9785970456507-0005/000.htmlN9785970456507-0005/000.html785970456507-0005/000.html5970456507-0005/000.html70456507-0005/000.html07-0005/000.html-0005/000.html/000.html00.html.htmllass="aTCont-row-sect-a adepth-a2-row-sect-a adepth-a2ow-sect-a adepth-a2-sect-a adepth-a2a adepth-a2adepth-a2epth-a2th-a2-a22"1. General Description of Membranes: Composition and Structure General Description of Membranes: Composition and Structureral Description of Membranes: Composition and Structurel Description of Membranes: Composition and StructureDescription of Membranes: Composition and Structuretion of Membranes: Composition and Structureon of Membranes: Composition and Structure of Membranes: Composition and Structureembranes: Composition and Structurebranes: Composition and Structureanes: Composition and Structure Composition and Structureomposition and Structureposition and Structureon and Structure and Structurend StructureStructureructurectureuree/a>divvivs="ont-row-sect adepth2t-row-sect adepth2row-sect adepth2adepth2epth2th2>/a>ont-row-childst-row-childsrow-childsw-childschildsildsdsssTCont-row-doct-row-docrow-docw-docdoc" idt-ISBN9785970456507-0005ISBN9785970456507-0005BN9785970456507-0005-00050055udentlibrary.ru/en/doc/ISBN9785970456507-0005.htmlentlibrary.ru/en/doc/ISBN9785970456507-0005.htmltlibrary.ru/en/doc/ISBN9785970456507-0005.htmlibrary.ru/en/doc/ISBN9785970456507-0005.htmlrary.ru/en/doc/ISBN9785970456507-0005.htmlry.ru/en/doc/ISBN9785970456507-0005.html/en/doc/ISBN9785970456507-0005.htmln/doc/ISBN9785970456507-0005.htmldoc/ISBN9785970456507-0005.htmlnt-current_doc-current_docurrent_doc_dococTRUCTURE AND FUNCTIONS OF BIOLOGICAL MEMBRANES. CELL SIGNALING PATHWAYSUCTURE AND FUNCTIONS OF BIOLOGICAL MEMBRANES. CELL SIGNALING PATHWAYSTURE AND FUNCTIONS OF BIOLOGICAL MEMBRANES. CELL SIGNALING PATHWAYSTCont-row-sect bdepth2ont-row-sect bdepth2t-row-sect bdepth2row-sect bdepth2w-sect bdepth2sect bdepth2ct bdepth2 bdepth2th22"lassTCont-row-sect-a bdepth-a2-a22">"aTCont-row-childs-a-on">+