photo free
Home Images Vectors Videos

Stock image Bilayer Lipid Membrane

stock vector Cell membrane structure, that is represented by lipid bilayer and its phosphatidylcholine (a phospholipid), that is composed of polar hydrophilic head and nonpolar hydrophobic tail.

Cell Membrane Structure, That Is Represented By Lipid Bilayer And Its Phosphatidylcholine (a Phospholipid), That Is Composed Of Polar Hydrophilic Head And Nonpolar Hydrophobic Tail.

Vector, 8.5MB, 8333 × 4167 eps
stock image human cell membrane

Human Cell Membrane

Image, 5.57MB, 3840 × 2160 jpg
stock image 3D rendering lipid bi-layer cell anatomy -- 3D Rendering

3D Rendering Lipid Bi-layer Cell Anatomy -- 3D Rendering

Image, 6.26MB, 6000 × 6000 jpg
stock vector Cell membrane (Lipid bilayer), Micelle, Liposome. Phospholipids aqueous solution structures. A detailed diagram models of membrane Structure. Vector illustration for biology, scientific, and medical use.

Cell Membrane (Lipid Bilayer), Micelle, Liposome. Phospholipids Aqueous Solution Structures. A Detailed Diagram Models Of Membrane Structure. Vector Illustration For Biology, Scientific, And Medical Use.

Vector, 8.35MB, 3969 × 3969 eps
stock vector Cell membrane transport systems illustration

Cell Membrane Transport Systems Illustration

Vector, 3.14MB, 6000 × 4000 eps
stock vector Omega 3 phospholipid

Omega 3 Phospholipid

Vector, 1.45MB, 5000 × 3750 eps
stock image Cell membrane receptors

Cell Membrane Receptors

Image, 4.88MB, 3840 × 2160 jpg
stock vector Structure of cell membrane

Structure Of Cell Membrane

Vector, 4.12MB, 6131 × 6131 eps
stock vector Cell membrane proteins

Cell Membrane Proteins

Vector, 10.18MB, 4444 × 4443 eps
stock vector Conventional and Sterically-Stabilized Liposome

Conventional And Sterically-Stabilized Liposome

Vector, 2.32MB, 5000 × 5000 eps
stock image Steroid Hormones Mechanism

Steroid Hormones Mechanism

Image, 4.09MB, 3840 × 2160 jpg
stock vector Detailed Diagram Models of a Cell Membrane

Detailed Diagram Models Of A Cell Membrane

Vector, 11.14MB, 7000 × 5113 eps
stock image Lipid nanoparticle mRNA vaccine, a type of vaccine used against Covid-19 and influenza. 3D illustration showing cross-section of a lipid nanoparticle carrying mRNA of the virus (orange).

Lipid Nanoparticle MRNA Vaccine, A Type Of Vaccine Used Against Covid-19 And Influenza. 3D Illustration Showing Cross-section Of A Lipid Nanoparticle Carrying MRNA Of The Virus (orange).

Image, 12.06MB, 8580 × 5720 jpg
stock image Lipid nanoparticle mRNA vaccine, a type of vaccine used against Covid-19 and influenza. 3D illustration showing cross-section of a lipid nanoparticle carrying mRNA of the virus (orange).

Lipid Nanoparticle MRNA Vaccine, A Type Of Vaccine Used Against Covid-19 And Influenza. 3D Illustration Showing Cross-section Of A Lipid Nanoparticle Carrying MRNA Of The Virus (orange).

Image, 9.8MB, 4554 × 4554 jpg
stock image Cell membrane and biology, biological concept, 3d rendering. Computer digital drawing.

Cell Membrane And Biology, Biological Concept, 3d Rendering. Computer Digital Drawing.

Image, 8.48MB, 6000 × 4000 jpg
stock image Human lipid bilayer on a white background -- 3D Rendering

Human Lipid Bilayer On A White Background -- 3D Rendering

Image, 5.47MB, 4600 × 2587 jpg
stock image Coronavirues, COVID-19. The SARS-CoV-2  virus has 3 surface proteins. attached to a lipid bilayer. The biggest is the spike (S) protein.  Source: PDB entries 6vsb, 5x29.

Coronavirues, COVID-19. The SARS-CoV-2 Virus Has 3 Surface Proteins. Attached To A Lipid Bilayer. The Biggest Is The Spike (S) Protein. Source: PDB Entries 6vsb, 5x29.

Image, 6.31MB, 8000 × 6000 jpg
stock image Lipid nanoparticle mRNA vaccine, a type of vaccine used against Covid-19 and influenza. 3D illustration showing cross-section of a lipid nanoparticle carrying mRNA of the virus (orange).

Lipid Nanoparticle MRNA Vaccine, A Type Of Vaccine Used Against Covid-19 And Influenza. 3D Illustration Showing Cross-section Of A Lipid Nanoparticle Carrying MRNA Of The Virus (orange).

Image, 27MB, 9384 × 6256 jpg
stock image Structure of phospholipids incorporated in cell membranes.

Structure Of Phospholipids Incorporated In Cell Membranes.

Image, 0.27MB, 3025 × 2025 jpg
stock image 3D rendering lipid bi-layer cell anatomy -- 3D Rendering

3D Rendering Lipid Bi-layer Cell Anatomy -- 3D Rendering

Image, 9.61MB, 6720 × 3780 jpg
stock vector Structure of two lipids. Stearic acid (fatty acid) and phosphatidylcholine (phospholipid) are composed of chemical groups that form polar heads (hydrophilic) and nonpolar tails

Structure Of Two Lipids. Stearic Acid (fatty Acid) And Phosphatidylcholine (phospholipid) Are Composed Of Chemical Groups That Form Polar Heads (hydrophilic) And Nonpolar Tails" (hydrophobic).

Vector, 10.84MB, 5208 × 5208 eps
stock image Mitochondria are dynamic organelles that constantly fuse and divide

Mitochondria Are Dynamic Organelles That Constantly Fuse And Divide

Image, 3.61MB, 8268 × 8203 jpg
stock vector Cell membrane transport systems illustration

Cell Membrane Transport Systems Illustration

Vector, 4.42MB, 6000 × 4000 eps
stock image The liposomes can burst or be broken down to release nanodrugs or nanomedicine 3d rendering

The Liposomes Can Burst Or Be Broken Down To Release Nanodrugs Or Nanomedicine 3d Rendering

Image, 0.61MB, 2400 × 2000 jpg
stock image A cell membrane in fish eye perspective. Receptors: opioid receptor, LDL receptor and acetyl choline receptor. Channel proteins: chloride channel and acetat permease. The glycolipids are depicted in bluish green.

A Cell Membrane In Fish Eye Perspective. Receptors: Opioid Receptor, LDL Receptor And Acetyl Choline Receptor. Channel Proteins: Chloride Channel And Acetat Permease. The Glycolipids Are Depicted In Bluish Green.

Image, 15.26MB, 8000 × 6000 jpg
stock vector Passive vs Active cell transport. Vector illustration. Didatic illustration.

Passive Vs Active Cell Transport. Vector Illustration. Didatic Illustration.

Vector, 0.66MB, 5500 × 4500 ai
stock vector Types of cell membrane transportation proteins. Visualization of uniporter (one molecule, one direction), symporter (two molecules, same directions), antiporter (two molecules, different directions).

Types Of Cell Membrane Transportation Proteins. Visualization Of Uniporter (one Molecule, One Direction), Symporter (two Molecules, Same Directions), Antiporter (two Molecules, Different Directions).

Vector, 7.12MB, 6250 × 4167 eps
stock image Lipid nanoparticle mRNA vaccine, a type of vaccine used against Covid-19 and influenza. 3D illustration showing cross-section of a lipid nanoparticle carrying mRNA of the virus (orange).

Lipid Nanoparticle MRNA Vaccine, A Type Of Vaccine Used Against Covid-19 And Influenza. 3D Illustration Showing Cross-section Of A Lipid Nanoparticle Carrying MRNA Of The Virus (orange).

Image, 8.8MB, 4492 × 4492 jpg
stock image lipid bilayer forming liposome as drug delivery system in 3d

Lipid Bilayer Forming Liposome As Drug Delivery System In 3d

Image, 0.15MB, 2400 × 2000 jpg
stock vector Endocytosis, exocytosis. The cell transports proteins into the cell

Endocytosis, Exocytosis. The Cell Transports Proteins Into The Cell

Vector, 5.47MB, 8000 × 6000 eps
stock image 5 membrane proteins with their ligands: (left to right) Potassium channel, delta-opioid receptor, LDL receptor, acetylcholine receptor, histamine receptor.

5 Membrane Proteins With Their Ligands: (left To Right) Potassium Channel, Delta-opioid Receptor, LDL Receptor, Acetylcholine Receptor, Histamine Receptor.

Image, 4.48MB, 8000 × 5000 jpg
stock vector Liposomes Drug Delivery System Sheme

Liposomes Drug Delivery System Sheme

Vector, 1.84MB, 5000 × 5000 eps
stock vector Membrane proteins. integral, and Peripheral membrane proteins, Single-pass, and Multi-pass transmembrane helix, Lipid-anchored protein. Vector illustration for biological, science and educational use

Membrane Proteins. Integral, And Peripheral Membrane Proteins, Single-pass, And Multi-pass Transmembrane Helix, Lipid-anchored Protein. Vector Illustration For Biological, Science And Educational Use

Vector, 4.52MB, 3921 × 3921 eps
stock image Molecule passing through a protein channel and virus passing through a lipid bilayer cell membrane. Cell transport, 3D animation.

Molecule Passing Through A Protein Channel And Virus Passing Through A Lipid Bilayer Cell Membrane. Cell Transport, 3D Animation.

Image, 10.61MB, 6000 × 4500 jpg
stock image A reverse micelle is a micelle in which the nonpolar and polar phases have reversed roles and the orientation of surfactant molecules are inverted 3d rendering

A Reverse Micelle Is A Micelle In Which The Nonpolar And Polar Phases Have Reversed Roles And The Orientation Of Surfactant Molecules Are Inverted 3d Rendering

Image, 0.29MB, 2400 × 2000 jpg
stock vector Neuronal charged membranes. Voltage-gated ion channels are closed at the resting potential and open in response to changes in membrane voltage.

Neuronal Charged Membranes. Voltage-gated Ion Channels Are Closed At The Resting Potential And Open In Response To Changes In Membrane Voltage.

Vector, 7.67MB, 8334 × 4167 eps
stock image Molecule passing through a protein channel at a lipid bilayer cell membrane. Cell transport, 3D rendering.

Molecule Passing Through A Protein Channel At A Lipid Bilayer Cell Membrane. Cell Transport, 3D Rendering.

Image, 9.64MB, 6000 × 4500 jpg
stock image Ceramides are a family of waxy lipid molecules. A ceramide is a molecule composed of sphingosine and a fatty acid. 3d illustration

Ceramides Are A Family Of Waxy Lipid Molecules. A Ceramide Is A Molecule Composed Of Sphingosine And A Fatty Acid. 3d Illustration

Image, 0.59MB, 7000 × 3638 jpg
stock image 3D image of 1-Oleoyl-2-palmitoyl-phosphatidylcholine skeletal formula - molecular chemical structure of phosphatidylcholine  isolated on white background

3D Image Of 1-Oleoyl-2-palmitoyl-phosphatidylcholine Skeletal Formula - Molecular Chemical Structure Of Phosphatidylcholine Isolated On White Background

Image, 2.53MB, 5000 × 4292 jpg
stock image Transferosomes structure are vesicular carrier systems that enclosed by a lipid bilayer, together with an edge activator 3d rendering

Transferosomes Structure Are Vesicular Carrier Systems That Enclosed By A Lipid Bilayer, Together With An Edge Activator 3d Rendering

Image, 0.53MB, 2400 × 2000 jpg
stock vector Animal Cell Anatomy

Animal Cell Anatomy

Vector, 6.04MB, 5833 × 5833 eps
stock image Steroid Hormones Mechanism

Steroid Hormones Mechanism

Image, 2.13MB, 3840 × 2160 jpg
stock vector Membrane structure

Membrane Structure

Vector, 1.78MB, 5556 × 7222 eps
stock image Ceramides are a family of waxy lipid molecules. A ceramide is a molecule composed of sphingosine and a fatty acid. 3d illustration

Ceramides Are A Family Of Waxy Lipid Molecules. A Ceramide Is A Molecule Composed Of Sphingosine And A Fatty Acid. 3d Illustration

Image, 0.67MB, 7000 × 3638 jpg
stock image The liposomes can burst or be broken down to release nanodrugs or nanomedicine 3d rendering

The Liposomes Can Burst Or Be Broken Down To Release Nanodrugs Or Nanomedicine 3d Rendering

Image, 0.36MB, 2400 × 2000 jpg
stock image Micelle Structure 3D Illustration on dark background

Micelle Structure 3D Illustration On Dark Background

Image, 2.41MB, 5000 × 3125 jpg
stock image Coronaviruses penetrating in human cell. Binding of the coronavirus spike protein(red)  to an ACE2 receptor (blue)  leads to the penetration of the virus in the cell. 3d rendering. PDB 6VSB, 6ACJ

Coronaviruses Penetrating In Human Cell. Binding Of The Coronavirus Spike Protein(red) To An ACE2 Receptor (blue) Leads To The Penetration Of The Virus In The Cell. 3d Rendering. PDB 6VSB, 6ACJ

Image, 11.34MB, 8000 × 6000 jpg
stock vector Amphipatic property of cell membrane

Amphipatic Property Of Cell Membrane

Vector, 0.49MB, 4444 × 4444 eps
stock vector Cell membrane. A detailed diagram models of membrane Structure

Cell Membrane. A Detailed Diagram Models Of Membrane Structure

Vector, 8.71MB, 5205 × 5205 eps
stock image 3D rendering lipid bi-layer cell anatomy -- 3D Rendering

3D Rendering Lipid Bi-layer Cell Anatomy -- 3D Rendering

Image, 2.82MB, 4800 × 2700 jpg
Page 1 >> Next