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Fatty Acid Transport royalty-free images

127 fatty acid transport stock photos, vectors, and illustrations are available royalty-free for download.

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Phospholipid molecule with fatty acid chains and polar head. Structure of cell membrane.

Phospholipid molecule with fatty acid chains and polar head. Structure of cell membrane. Stock Vector

Acetylcarnitine biological molecule, 2d and 3d vector model, isolated on white background, eps 8

Acetylcarnitine biological molecule, 2d and 3d vector model, isolated on white background, eps 8 Stock Vector

Diagram of cell membrane,phospholipid bilayers structure

Diagram of cell membrane,phospholipid bilayers structure Stock Vector

function, type and sources of fatty acid infographic concept, thin flat line icon template for website or banner, medical supplement and nutrition vector illustration.

function, type and sources of fatty acid infographic concept, thin flat line icon template for website or banner, medical supplement and nutrition vector illustration. Stock Vector

Membrane fluidity. Unsaturated hydrocarbon chains. Saturated hydrocarbon chains. Lipid bilayer

Membrane fluidity. Unsaturated hydrocarbon chains. Saturated hydrocarbon chains. Lipid bilayer Stock Illustration

Lipid bilayer. Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration.

Lipid bilayer. Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration. Stock Vector

overview of hepatic beta-oxidation of fatty acids

overview of hepatic beta-oxidation of fatty acids Stock Vector

Lipid bilayer. Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration.

Lipid bilayer. Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration. Stock Vector

The phospholipid bilayer is a thin polar membrane made of two layers of lipid molecules. A phospholipid molecule consists of a hydrophobic fatty acid tail and a hydrophilic head.

The phospholipid bilayer is a thin polar membrane made of two layers of lipid molecules. A phospholipid molecule consists of a hydrophobic fatty acid tail and a hydrophilic head. Stock Illustration

Lipid bilayer. Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration.

Lipid bilayer. Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration. Stock Vector

Lipid bilayer. Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration.

Lipid bilayer. Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration. Stock Vector

Lipid bilayer. Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration.

Lipid bilayer. Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration. Stock Vector

Fatty acid-binding protein, epidermal. It is thought that FABPs roles include fatty acid uptake, transport, and metabolism. 3d rendering.

Fatty acid-binding protein, epidermal. It is thought that FABPs roles include fatty acid uptake, transport, and metabolism. 3d rendering. Stock Illustration

Lipid bilayer. Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration.

Lipid bilayer. Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration. Stock Vector

Cell membrane component. Lipid bilayer. Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Vector Illustration.

Cell membrane component. Lipid bilayer. Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Vector Illustration. Stock Vector

Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration.

Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration. Stock Vector

Human serum albumin is the most abundant protein in blood plasma. It transports hormones, fatty acids and many drugs, like dexamethasone. 3d illustration

Human serum albumin is the most abundant protein in blood plasma. It transports hormones, fatty acids and many drugs, like dexamethasone. 3d illustration Stock Illustration

Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration.

Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration. Stock Vector

Human testis-specific fatty acid binding protein 9 (FABP9). Molecular model on colorful background. Rendering based on protein data bank entry 4a60. Scientific background. 3d illustration

Human testis-specific fatty acid binding protein 9 (FABP9). Molecular model on colorful background. Rendering based on protein data bank entry 4a60. Scientific background. 3d illustration Stock Illustration

Human testis-specific fatty acid binding protein 9. Molecular models isolated on white background. Rendering based on protein data bank entry 4a60. Rainbow coloring from N to C. 3d illustration

Human testis-specific fatty acid binding protein 9. Molecular models isolated on white background. Rendering based on protein data bank entry 4a60. Rainbow coloring from N to C. 3d illustration Stock Illustration

Human testis-specific fatty acid binding protein 9 (FABP9). Space-filling molecular model. Rendering based on protein data bank entry 4a60. Scientific background. 3d illustration

Human testis-specific fatty acid binding protein 9 (FABP9). Space-filling molecular model. Rendering based on protein data bank entry 4a60. Scientific background. 3d illustration Stock Illustration

Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration.

Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration. Stock Vector

Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration.

Phospholipid Molecule Structure. Hydrophilic Head which is a polar head and Hydrophobic Tails which are hydrophobic fatty acid tails. Cell membrane component. Vector Illustration. Stock Vector

Albumin molecules carrying dexamethasone. Human serum albumin is the most abundant protein in blood plasma. It transports hormones, fatty acids and many drugs, like dexamethasone. 3d illustration

Albumin molecules carrying dexamethasone. Human serum albumin is the most abundant protein in blood plasma. It transports hormones, fatty acids and many drugs, like dexamethasone. 3d illustration Stock Illustration

Insulin mechanism explanation with medical process steps outline diagram. Labeled educational scheme with receptor, glycogen, pyruvate and fatty acid anatomical stages for energy vector illustration.

Insulin mechanism explanation with medical process steps outline diagram. Labeled educational scheme with receptor, glycogen, pyruvate and fatty acid anatomical stages for energy vector illustration. Stock Vector

Human serum albumin is the most abundant protein in blood plasma. It transports hormones, fatty acids and many drugs. 3d illustration

Human serum albumin is the most abundant protein in blood plasma. It transports hormones, fatty acids and many drugs. 3d illustration
Stock Illustration

The phospholipid bilayer is a thin polar membrane made of two layers of lipid molecules. A phospholipid molecule consists of a hydrophobic fatty acid tail and a hydrophilic head

The phospholipid bilayer is a thin polar membrane made of two layers of lipid molecules. A phospholipid molecule consists of a hydrophobic fatty acid tail and a hydrophilic head Stock Illustration

FAME or Fatty Acid Methyl Esters inscription on notepad on desk. Chemical term for Biodiesel.

FAME or Fatty Acid Methyl Esters inscription on notepad on desk. Chemical term for Biodiesel. Stock Photo

Human adipocyte fatty acid binding protein in complex with a carboxylic acid ligand. Space-filling molecular model. Rendering based on protein data bank entry 1tow. 3d illustration

Human adipocyte fatty acid binding protein in complex with a carboxylic acid ligand. Space-filling molecular model. Rendering based on protein data bank entry 1tow. 3d illustration Stock Illustration

Adipocyte fatty acid binding protein with carboxylic acid ligand. Crystal structure and molecular model. Rendering based on protein data bank entry 1tow. Rainbow coloring from N to C. 3d illustration

Adipocyte fatty acid binding protein with carboxylic acid ligand. Crystal structure and molecular model. Rendering based on protein data bank entry 1tow. Rainbow coloring from N to C. 3d illustration Stock Illustration

Phospholipids, also known as phosphatides, are a class of lipids whose molecule has a hydrophilic "head" containing a phosphate group, and two hydrophobic "tails" derived from fatty acids

Phospholipids, also known as phosphatides, are a class of lipids whose molecule has a hydrophilic "head" containing a phosphate group, and two hydrophobic "tails" derived from fatty acids Stock Illustration

Adipocyte fatty acid binding protein in complex with a carboxylic acid ligand. Space-filling molecular model. Rendering based on protein data bank. Rainbow coloring from N to C. 3d illustration

Adipocyte fatty acid binding protein in complex with a carboxylic acid ligand. Space-filling molecular model. Rendering based on protein data bank. Rainbow coloring from N to C. 3d illustration Stock Illustration

Human adipocyte fatty acid binding protein in complex with a carboxylic acid ligand. Molecules on green background. Rendering based on protein data bank. Scientific background. 3d illustration

Human adipocyte fatty acid binding protein in complex with a carboxylic acid ligand. Molecules on green background. Rendering based on protein data bank. Scientific background. 3d illustration Stock Illustration

Human adipocyte fatty acid binding protein in complex with a carboxylic acid ligand. Ribbons diagram in secondary structure coloring based on protein data bank. Scientific background. 3d illustration

Human adipocyte fatty acid binding protein in complex with a carboxylic acid ligand. Ribbons diagram in secondary structure coloring based on protein data bank. Scientific background. 3d illustration Stock Illustration

LDL particles in the blood stream Low-density lipoprotein (LDL) particles transport the water insoluble lipids in blood plasma from the liver to other organs and tissues.

LDL particles in the blood stream Low-density lipoprotein (LDL) particles transport the water insoluble lipids in blood plasma from the liver to other organs and tissues. Stock Illustration

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).

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). Stock Vector

The phospholipid bilayer of an animal cell is a thin membrane made of two layers of lipid molecules. A phospholipid molecule consists of a hydrophobic fatty acid tail and a hydrophilic head.

The phospholipid bilayer of an animal cell is a thin membrane made of two layers of lipid molecules. A phospholipid molecule consists of a hydrophobic fatty acid tail and a hydrophilic head.
Stock Illustration

The education diagram of triglyceride transport into epithelium cell.

The education diagram of triglyceride transport into epithelium cell. Stock Illustration

Cholesterol lipoprotein on white background. 3d render

Cholesterol lipoprotein on white background. 3d render Stock Illustration

The phospholipid bilayer of an animal cell is a thin membrane made of two layers of lipid molecules. A phospholipid molecule consists of a hydrophobic fatty acid tail and a hydrophilic head.

The phospholipid bilayer of an animal cell is a thin membrane made of two layers of lipid molecules. A phospholipid molecule consists of a hydrophobic fatty acid tail and a hydrophilic head.
Stock Illustration

Ketogenesis transforms fats and some amino acids into ketone bodies, providing an alternative fuel source, crucial during fasting or low-carb diets,2d graphic

Ketogenesis transforms fats and some amino acids into ketone bodies, providing an alternative fuel source, crucial during fasting or low-carb diets,2d graphic Stock Illustration

Ketogenesis transforms fats and some amino acids into ketone bodies, providing an alternative fuel source, crucial during fasting or low-carb diets,2d graphic

Ketogenesis transforms fats and some amino acids into ketone bodies, providing an alternative fuel source, crucial during fasting or low-carb diets,2d graphic Stock Illustration

Ketogenesis transforms fats and some amino acids into ketone bodies, providing an alternative fuel source, crucial during fasting or low-carb diets,2d graphic

Ketogenesis transforms fats and some amino acids into ketone bodies, providing an alternative fuel source, crucial during fasting or low-carb diets,2d graphic Stock Illustration

Liposomes are vesicles formed by lipid or fatty acid bilayer membrane. Liposomes can carry drugs and molecules.

Liposomes are vesicles formed by lipid or fatty acid bilayer membrane. Liposomes can carry drugs and molecules. Stock Illustration

Ketogenesis transforms fats and some amino acids into ketone bodies, providing an alternative fuel source, crucial during fasting or low-carb diets,2d graphic

Ketogenesis transforms fats and some amino acids into ketone bodies, providing an alternative fuel source, crucial during fasting or low-carb diets,2d graphic Stock Illustration

Ketogenesis transforms fats and some amino acids into ketone bodies, providing an alternative fuel source, crucial during fasting or low-carb diets,2d graphic

Ketogenesis transforms fats and some amino acids into ketone bodies, providing an alternative fuel source, crucial during fasting or low-carb diets,2d graphic Stock Illustration

Ketogenesis transforms fats and some amino acids into ketone bodies, providing an alternative fuel source, crucial during fasting or low-carb diets,2d graphic

Ketogenesis transforms fats and some amino acids into ketone bodies, providing an alternative fuel source, crucial during fasting or low-carb diets,2d graphic Stock Illustration

Ketogenesis transforms fats and some amino acids into ketone bodies, providing an alternative fuel source, crucial during fasting or low-carb diets,2d graphic

Ketogenesis transforms fats and some amino acids into ketone bodies, providing an alternative fuel source, crucial during fasting or low-carb diets,2d graphic Stock Illustration

General Structure of a Phospholipid - Structural Formula - Vector Medical Illustration

General Structure of a Phospholipid - Structural Formula - Vector Medical Illustration Stock Vector

Photosynthesis and Cellular Respiration. Chloroplast and Mitochondria

Photosynthesis and Cellular Respiration. Chloroplast and Mitochondria Stock Vector

Chemical structure of cholesterol oleate. Vector illustration

Chemical structure of cholesterol oleate. Vector illustration Stock Vector

High density and low density lipoproteins adding and removing cholesterol from an arterial plaque. Digital illustration, 3D render.

High density and low density lipoproteins adding and removing cholesterol from an arterial plaque. Digital illustration, 3D render. Stock Illustration

General Phospholipid Structure of Membrane Cells

General Phospholipid Structure of Membrane Cells Stock Vector

The phospholipid bilayer is a thin polar membrane made of two layers of lipid molecules. A phospholipid molecule consists of a hydrophobic fatty acid tail and a hydrophilic head.

The phospholipid bilayer is a thin polar membrane made of two layers of lipid molecules. A phospholipid molecule consists of a hydrophobic fatty acid tail and a hydrophilic head. Stock Illustration

General structure of Phosphoglycerides .Vector illustration

General structure of Phosphoglycerides .Vector illustration Stock Vector

3d rendering of lipid bilayer on the white background

3d rendering of lipid bilayer on the white background Stock Illustration

3d rendering of assembly or formation phospholipids into bilayer structure

3d rendering of assembly or formation phospholipids into bilayer structure Stock Illustration

3d rendering of assembly or formation phospholipids into bilayer structure

3d rendering of assembly or formation phospholipids into bilayer structure Stock Illustration

Liposomes are vesicles formed by lipid or fatty acid bilayer membrane. Liposomes can carry drugs and molecules.

Liposomes are vesicles formed by lipid or fatty acid bilayer membrane. Liposomes can carry drugs and molecules. Stock Illustration

Liposome, lipid micelle, lipid bilayer. When phospholipids are placed in water, they spontaneously form membranes

Liposome, lipid micelle, lipid bilayer. When phospholipids are placed in water, they spontaneously form membranes Stock Illustration

Balikpapan, Indonesia 02 21 2021 : Oil palm farmers who are transporting oil palm fruit using cart. Collecting palm oil is one of the activities of some Balikpapan residents.

Balikpapan, Indonesia 02 21 2021 : Oil palm farmers who are transporting oil palm fruit using cart. Collecting palm oil is one of the activities of some Balikpapan residents. Editorial Stock Photo

Balikpapan, Indonesia 02 21 2021 : Oil palm farmers who are transporting oil palm fruit using cart. Collecting palm oil is one of the activities of some Balikpapan residents.

Balikpapan, Indonesia 02 21 2021 : Oil palm farmers who are transporting oil palm fruit using cart. Collecting palm oil is one of the activities of some Balikpapan residents. Editorial Stock Photo

Balikpapan, Indonesia 02 21 2021 : Oil palm farmers who are transporting oil palm fruit using cart. Collecting palm oil is one of the activities of some Balikpapan residents.

Balikpapan, Indonesia 02 21 2021 : Oil palm farmers who are transporting oil palm fruit using cart. Collecting palm oil is one of the activities of some Balikpapan residents. Editorial Stock Photo

Balikpapan, Indonesia 02 21 2021 : Oil palm farmers who are transporting oil palm fruit using cart. Collecting palm oil is one of the activities of some Balikpapan residents.

Balikpapan, Indonesia 02 21 2021 : Oil palm farmers who are transporting oil palm fruit using cart. Collecting palm oil is one of the activities of some Balikpapan residents. Editorial Stock Photo

A single lipid or fatty acid consists of a hydrophobic tail and a hydrophilic head. Several lipids together form vesicles such as micelles and liposomes.

A single lipid or fatty acid consists of a hydrophobic tail and a hydrophilic head. Several lipids together form vesicles such as micelles and liposomes. Stock Illustration

The Phospholipid Bilayer - Molecular Biology of the Cell

The Phospholipid Bilayer - Molecular Biology of the Cell Stock Vector

High density and low density lipoproteins adding and removing cholesterol from an arterial plaque. Digital illustration, 3D render.

High density and low density lipoproteins adding and removing cholesterol from an arterial plaque. Digital illustration, 3D render. Stock Illustration

NEENDAKARA,KOLLAM, KERALA, INDIA, DECEMBER, 2019: Fishermen filling Sardine fishes and ice cubes in plastic baskets for preservation and transportation.

NEENDAKARA,KOLLAM, KERALA, INDIA, DECEMBER, 2019: Fishermen filling Sardine fishes and ice cubes in plastic baskets for preservation and transportation. Editorial Stock Photo

Cell membrane, phospholipid bilayer, scientific 3D illustration

Cell membrane, phospholipid bilayer, scientific 3D illustration Stock Illustration

Diagram showing carnitine biosynthesis - from peptidyl lysine, via enzymatic activity and hydrolysis. Schematic biochemical process illustration.

Diagram showing carnitine biosynthesis - from peptidyl lysine, via enzymatic activity and hydrolysis. Schematic biochemical process illustration. Stock Vector

Diagram showing carnitine biosynthesis - from peptidyl lysine, via enzymatic activity and hydrolysis. Schematic biochemical process illustration.

Diagram showing carnitine biosynthesis - from peptidyl lysine, via enzymatic activity and hydrolysis. Schematic biochemical process illustration. Stock Vector

Diagram showing carnitine biosynthesis - from peptidyl lysine, via enzymatic activity and hydrolysis. Schematic biochemical process illustration.

Diagram showing carnitine biosynthesis - from peptidyl lysine, via enzymatic activity and hydrolysis. Schematic biochemical process illustration. Stock Vector

Diagram showing carnitine biosynthesis - from peptidyl lysine, via enzymatic activity and hydrolysis. Schematic biochemical process illustration.

Diagram showing carnitine biosynthesis - from peptidyl lysine, via enzymatic activity and hydrolysis. Schematic biochemical process illustration. Stock Vector

Diagram showing carnitine biosynthesis - from peptidyl lysine, via enzymatic activity and hydrolysis. Schematic biochemical process illustration.

Diagram showing carnitine biosynthesis - from peptidyl lysine, via enzymatic activity and hydrolysis. Schematic biochemical process illustration. Stock Vector

Liposomes are vesicles formed by lipid or fatty acid bilayer membrane. Liposomes can carry drugs and molecules.

Liposomes are vesicles formed by lipid or fatty acid bilayer membrane. Liposomes can carry drugs and molecules. Stock Illustration

Cholesterol in plasma membrane. Cholesterol is a component of animal cell membranes. Cholesterol reduces membrane fluidity and permeability to some solutes

Cholesterol in plasma membrane. Cholesterol is a component of animal cell membranes. Cholesterol reduces membrane fluidity and permeability to some solutes Stock Illustration

A single lipid or fatty acid consists of a hydrophobic tail and a hydrophilic head. Several lipids together form vesicles such as micelles and liposomes. No text in this picture.

A single lipid or fatty acid consists of a hydrophobic tail and a hydrophilic head. Several lipids together form vesicles such as micelles and liposomes. No text in this picture. Stock Illustration

Lipid micelle, lipid bilayer. When phospholipids are placed in water, they spontaneously form membranes. Structure of phospholipids. Wedge-shaped lipid, cylinder-shaped lipid

Lipid micelle, lipid bilayer. When phospholipids are placed in water, they spontaneously form membranes. Structure of phospholipids. Wedge-shaped lipid, cylinder-shaped lipid Stock Illustration

Movement of phospholipids. Different types of mobility of phospholipids: flexion, rotation, flip-flop, lateral movement

Movement of phospholipids. Different types of mobility of phospholipids: flexion, rotation, flip-flop, lateral movement Stock Illustration

The phospholipid bilayer is a thin polar membrane made of two layers of lipid molecules. A phospholipid molecule consists of a hydrophobic fatty acid tail and a hydrophilic head

The phospholipid bilayer is a thin polar membrane made of two layers of lipid molecules. A phospholipid molecule consists of a hydrophobic fatty acid tail and a hydrophilic head Stock Vector

Cholesterol in animal cell membranes. Cholesterol is a component of animal cell membranes. Cholesterol reduces membrane fluidity and permeability to some solutes

Cholesterol in animal cell membranes. Cholesterol is a component of animal cell membranes. Cholesterol reduces membrane fluidity and permeability to some solutes Stock Illustration

Amphipathic Molecules and Membrane Structure - Vector Medical Illustration

Amphipathic Molecules and Membrane Structure - Vector Medical Illustration Stock Vector

Membrane permeability. Unsaturated hydrocarbon chains. Saturated hydrocarbon chains. Lipid bilayer

Membrane permeability. Unsaturated hydrocarbon chains. Saturated hydrocarbon chains. Lipid bilayer Stock Illustration

Cell membrane, phospholipid bilayer, scientific 3D illustration

Cell membrane, phospholipid bilayer, scientific 3D illustration Stock Illustration

Acetyl-L-carnitine, naturally produced by the body, although it is often taken as a dietary supplement. An acetylated form of L-carnitine.

Acetyl-L-carnitine, naturally produced by the body, although it is often taken as a dietary supplement. An acetylated form of L-carnitine. Stock Illustration

Cell membrane, phospholipid bilayer, scientific 3D illustration

Cell membrane, phospholipid bilayer, scientific 3D illustration Stock Illustration

Palm fruit is arranged on the side of the road ready to be transported to the processing factory

Palm fruit is arranged on the side of the road ready to be transported to the processing factory Stock Photo

Palm fruit is arranged on the side of the road ready to be transported to the processing factory

Palm fruit is arranged on the side of the road ready to be transported to the processing factory Stock Photo

Palm fruit is arranged on the side of the road ready to be transported to the processing factory

Palm fruit is arranged on the side of the road ready to be transported to the processing factory Stock Photo

Palm fruit is arranged on the side of the road ready to be transported to the processing factory

Palm fruit is arranged on the side of the road ready to be transported to the processing factory Stock Photo

Micelle Structure of Phospholipid Membrane

Micelle Structure of Phospholipid Membrane Stock Vector

Cell membrane, phospholipid bilayer, scientific 3D illustration

Cell membrane, phospholipid bilayer, scientific 3D illustration Stock Illustration

Basic components of living things Phospholipids and hydrophilic

Basic components of living things Phospholipids and hydrophilic Stock Vector

An Animated Angry Cholesterol Molecule

An Animated Angry Cholesterol Molecule Stock Vector

Lipid, essential, structural, biochemical compound.

Lipid, essential, structural, biochemical compound. Stock Illustration

Bengkulu, Indonesia. 15 October 2023: oil palm farmers who are transporting oil palm fruit using a motorbike with a basket added to carry the oil palm fruit

Bengkulu, Indonesia. 15 October 2023: oil palm farmers who are transporting oil palm fruit using a motorbike with a basket added to carry the oil palm fruit Editorial Stock Photo

Bengkulu, Indonesia. 15 October 2023: oil palm farmers who are transporting oil palm fruit using a motorbike with a basket added to carry the oil palm fruit

Bengkulu, Indonesia. 15 October 2023: oil palm farmers who are transporting oil palm fruit using a motorbike with a basket added to carry the oil palm fruit Editorial Stock Photo

Bengkulu, Indonesia. 15 October 2023: oil palm farmers who are transporting oil palm fruit using a motorbike with a basket added to carry the oil palm fruit

Bengkulu, Indonesia. 15 October 2023: oil palm farmers who are transporting oil palm fruit using a motorbike with a basket added to carry the oil palm fruit Editorial Stock Photo

Bengkulu, Indonesia. 15 October 2023: oil palm farmers who are transporting oil palm fruit using a motorbike with a basket added to carry the oil palm fruit

Bengkulu, Indonesia. 15 October 2023: oil palm farmers who are transporting oil palm fruit using a motorbike with a basket added to carry the oil palm fruit Editorial Stock Photo

Bengkulu, Indonesia. 15 October 2023: oil palm farmers who are transporting oil palm fruit using a motorbike with a basket added to carry the oil palm fruit

Bengkulu, Indonesia. 15 October 2023: oil palm farmers who are transporting oil palm fruit using a motorbike with a basket added to carry the oil palm fruit Editorial Stock Photo

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