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Stock image Phosphorylation

stock vector Phosphorylation ATP, ADP cycle with detailed process stages outline diagram

Phosphorylation ATP, ADP Cycle With Detailed Process Stages Outline Diagram

Vector, 5.8MB, 4000 × 4000 eps
stock image 3d illustration of the ATP synthesis in a mitochondrion. ATP synthase couples ATP (red) synthesis from ADP and inorganic phosphate (orange) to a proton gradient (light points) created across the mitochondrial membrane during cellular respiration.

3d Illustration Of The ATP Synthesis In A Mitochondrion. ATP Synthase Couples ATP (red) Synthesis From ADP And Inorganic Phosphate (orange) To A Proton Gradient (light Points) Created Across The Mitochondrial Membrane During Cellular Respiration.

Image, 7.21MB, 8000 × 6000 jpg
stock image Pathological phosphorylation (yellow) of Tau proteins (red-orange) leads to disintegration of microtubuli in the neuron axon an aggregation of the tau proteins. The transport of synaptic vesicles (orange-violet spheres) is interrupted.

Pathological Phosphorylation (yellow) Of Tau Proteins (red-orange) Leads To Disintegration Of Microtubuli In The Neuron Axon An Aggregation Of The Tau Proteins. The Transport Of Synaptic Vesicles (orange-violet Spheres) Is Interrupted.

Image, 9.48MB, 8000 × 6000 jpg
stock image Ibrutinib molecular structure isolated on black

Ibrutinib Molecular Structure Isolated On Black

Image, 0.7MB, 7000 × 3038 jpg
stock image The mitotic kinase NEK7 in  the inactive (left) and active forms

The Mitotic Kinase NEK7 In The Inactive (left) And Active Forms

Image, 2.01MB, 8000 × 6000 jpg
stock vector ATP synthase complex structure and mechanism of ATP synthase. The binding change mechanism. 120-degree rotation of gamma subunit counter-clockwise.

ATP Synthase Complex Structure And Mechanism Of ATP Synthase. The Binding Change Mechanism. 120-degree Rotation Of Gamma Subunit Counter-clockwise.

Vector, 9.35MB, 5512 × 4202 eps
stock vector Oxidative phosphorylation process. Electron transport chain. The final step in cellular respiration. Vector illustration. Didatic illustration.

Oxidative Phosphorylation Process. Electron Transport Chain. The Final Step In Cellular Respiration. Vector Illustration. Didatic Illustration.

Vector, 0.73MB, 5000 × 3500 ai
stock image Abstract illustration of the biological cell

Abstract Illustration Of The Biological Cell

Image, 6.47MB, 7680 × 4320 jpg
stock image Fun 3D cartoon mitochondria boxing

Fun 3D Cartoon Mitochondria Boxing

Image, 1.74MB, 4059 × 3999 jpg
stock image Ibrutinib molecular structure isolated on white

Ibrutinib Molecular Structure Isolated On White

Image, 0.66MB, 7000 × 3038 jpg
stock image Ibrutinib molecular structure isolated on white

Ibrutinib Molecular Structure Isolated On White

Image, 0.57MB, 7000 × 3038 jpg
stock vector The ATP synthase structure (complex V) consists of two components F0 and F1. The formation of ATP using adenosine diphosphate (ADP) and inorganic phosphate (Pi)

The ATP Synthase Structure (complex V) Consists Of Two Components F0 And F1. The Formation Of ATP Using Adenosine Diphosphate (ADP) And Inorganic Phosphate (Pi)

Vector, 11.37MB, 5000 × 5000 eps
stock image Scientific Designing of Glycolysis Steps, illustration.

Scientific Designing Of Glycolysis Steps, Illustration.

Image, 0.47MB, 5000 × 5000 jpg
stock image Abstract 3D illustration of the biological cell

Abstract 3D Illustration Of The Biological Cell

Image, 7.04MB, 7680 × 4320 jpg
stock image Abstract illustration of the biological cell

Abstract Illustration Of The Biological Cell

Image, 10.69MB, 7680 × 4320 jpg
stock image Abstract illustration of the biological cell, medicine

Abstract Illustration Of The Biological Cell, Medicine

Image, 5.46MB, 7680 × 4320 jpg
stock image Abstract illustration of the biological cell

Abstract Illustration Of The Biological Cell

Image, 14.91MB, 7680 × 4320 jpg
stock vector Detailed Citric Acid Cycle Pathway: Vector Illustration for Biochemistry, Molecular Biology, Health Science Education on White Background

Detailed Citric Acid Cycle Pathway: Vector Illustration For Biochemistry, Molecular Biology, Health Science Education On White Background

Vector, 0.4MB, 5000 × 3000 ai
stock image Abstract illustration of the biological cell

Abstract Illustration Of The Biological Cell

Image, 13.99MB, 7680 × 4320 jpg
stock vector Electron Transport Chain is a series of compounds where it makes use of electrons from electron carrier to develop a chemical gradient

Electron Transport Chain Is A Series Of Compounds Where It Makes Use Of Electrons From Electron Carrier To Develop A Chemical Gradient

Vector, 5.61MB, 10417 × 10417 eps
stock vector Aerobic Respiration bio anatomical vector illustration diagram

Aerobic Respiration Bio Anatomical Vector Illustration Diagram

Vector, 3.3MB, 5496 × 3784 eps
stock image Abstract illustration of the biological cell

Abstract Illustration Of The Biological Cell

Image, 7.91MB, 7680 × 4320 jpg
stock image abstract illustration of the biological cell and the mitochondria

Abstract Illustration Of The Biological Cell And The Mitochondria

Image, 8.84MB, 7680 × 4320 jpg
stock image Ibrutinib molecular structure isolated on black

Ibrutinib Molecular Structure Isolated On Black

Image, 0.62MB, 7000 × 3038 jpg
stock image Insulin (green) binding to the insulin receptor (violet) activates the transport of glucose (yellow) into the cell (depicted in 2 phases) - Illustration

Insulin (green) Binding To The Insulin Receptor (violet) Activates The Transport Of Glucose (yellow) Into The Cell (depicted In 2 Phases) - Illustration

Image, 4.57MB, 4000 × 6200 jpg
stock image Insulin molecules

Insulin Molecules

Image, 2.16MB, 8000 × 6000 jpg
stock image Insulin (green) binding to the insulin receptor (violet) activates the transport of glucose (yellow) into the cell. Illustration

Insulin (green) Binding To The Insulin Receptor (violet) Activates The Transport Of Glucose (yellow) Into The Cell. Illustration

Image, 6.21MB, 8000 × 6000 jpg
stock image The insulin receptor (blue) is a transmembrane protein, that is activated by insulin (orange). Insulin binding induces structural changes within the receptor that finally leads  to the activation of the glucose transporter protein.

The Insulin Receptor (blue) Is A Transmembrane Protein, That Is Activated By Insulin (orange). Insulin Binding Induces Structural Changes Within The Receptor That Finally Leads To The Activation Of The Glucose Transporter Protein.

Image, 12.2MB, 8000 × 6000 jpg
stock vector Aerobic Respiration bio anatomical vector illustration diagram, labeled medical scheme

Aerobic Respiration Bio Anatomical Vector Illustration Diagram, Labeled Medical Scheme

Vector, 1.32MB, 5000 × 5000 eps
stock image abstract illustration of the biological cell and the mitochondria

Abstract Illustration Of The Biological Cell And The Mitochondria

Image, 2.17MB, 3840 × 2160 jpg
stock image  abstract illustration of the biological cell and the mitochondria

Abstract Illustration Of The Biological Cell And The Mitochondria

Image, 1.96MB, 3840 × 2160 jpg
stock image Abstract 3D illustration of the biological cell

Abstract 3D Illustration Of The Biological Cell

Image, 1.86MB, 3840 × 2160 jpg
stock image Adrenaline molecular pathway

Adrenaline Molecular Pathway

Image, 0.58MB, 3289 × 2541 jpg
stock image Abstract illustration of the biological cell

Abstract Illustration Of The Biological Cell

Image, 8.54MB, 7680 × 4320 jpg
stock image Pyruvic acid is the simplest of the alpha-keto acids, with a carboxylic acid and a ketone functional group. 3d illustration

Pyruvic Acid Is The Simplest Of The Alpha-keto Acids, With A Carboxylic Acid And A Ketone Functional Group. 3d Illustration

Image, 0.57MB, 7000 × 3638 jpg
stock image 3D image of tyrosine skeletal formula - molecular chemical structure of 4-hydroxyphenylalanine isolated on white background

3D Image Of Tyrosine Skeletal Formula - Molecular Chemical Structure Of 4-hydroxyphenylalanine Isolated On White Background

Image, 2.01MB, 5500 × 3630 jpg
stock image ATP synthase couples ATP (red) synthesis from ADP and inorganic phosphate (orange) to a proton gradient (yellow) created across the mitochondrial membrane during cellular respiration.

ATP Synthase Couples ATP (red) Synthesis From ADP And Inorganic Phosphate (orange) To A Proton Gradient (yellow) Created Across The Mitochondrial Membrane During Cellular Respiration.

Image, 12.41MB, 8000 × 6000 jpg
stock vector Cyclin Dependent Kinase Activation Pathway science vector illustration infographic

Cyclin Dependent Kinase Activation Pathway Science Vector Illustration Infographic

Vector, 0.45MB, 8333 × 4688 ai
stock image Abstract illustration of the biological cells

Abstract Illustration Of The Biological Cells

Image, 5.88MB, 7680 × 4320 jpg
stock image From bottom to top: Fo-subunit (violet), axle-element (light violet), the stator element (light blue), and ATP synthesis takes place in the upper F1-subunit (blue).

From Bottom To Top: Fo-subunit (violet), Axle-element (light Violet), The Stator Element (light Blue), And ATP Synthesis Takes Place In The Upper F1-subunit (blue).

Image, 2.27MB, 8000 × 6000 jpg
stock image Insulin (green) binding to the insulin receptor (violet) activates the transport of glucose (yellow) into the cell. Illustration

Insulin (green) Binding To The Insulin Receptor (violet) Activates The Transport Of Glucose (yellow) Into The Cell. Illustration

Image, 3.71MB, 8000 × 6000 jpg
stock image Insulin receptor activated by insulin binding

Insulin Receptor Activated By Insulin Binding

Image, 7.75MB, 8000 × 6000 jpg
stock image Abstract 3D illustration of the cell and the centriole

Abstract 3D Illustration Of The Cell And The Centriole

Image, 2.39MB, 3840 × 2160 jpg
stock image Chemical formula, skeletal formula and 3D ball-and-stick model of adenosine triphosphate (ATP), white background

Chemical Formula, Skeletal Formula And 3D Ball-and-stick Model Of Adenosine Triphosphate (ATP), White Background

Image, 1.53MB, 6500 × 4500 jpg
stock image Abstract illustration of the mitochondria

Abstract Illustration Of The Mitochondria

Image, 12.17MB, 7680 × 4320 jpg
stock image Scientific designing of Glycolysis, illustration.

Scientific Designing Of Glycolysis, Illustration.

Image, 1.08MB, 5799 × 3020 jpg
stock image Insulin (green) binding to the insulin receptor (violet) activates the transport of glucose (yellow) into the cell (phase 1). Illustration

Insulin (green) Binding To The Insulin Receptor (violet) Activates The Transport Of Glucose (yellow) Into The Cell (phase 1). Illustration

Image, 3.96MB, 8000 × 6000 jpg
stock image Abstract illustration of the biological cell

Abstract Illustration Of The Biological Cell

Image, 6.13MB, 7680 × 4320 jpg
stock vector An electron transport chain. Oxidative phosphorylation, the final stage of cellular respiration.  It occurs in the inner mitochondrial membrane in eukaryotes

An Electron Transport Chain. Oxidative Phosphorylation, The Final Stage Of Cellular Respiration. It Occurs In The Inner Mitochondrial Membrane In Eukaryotes

Vector, 8.96MB, 6200 × 3734 eps
stock image Crystal structure of the retinoblastoma tumor suppressor protein (AB domain, green and brown) bound to E2F peptide (red), 3D cartoon and Gaussian surface models, chain id color scheme, PDB 1o9k

Crystal Structure Of The Retinoblastoma Tumor Suppressor Protein (AB Domain, Green And Brown) Bound To E2F Peptide (red), 3D Cartoon And Gaussian Surface Models, Chain Id Color Scheme, PDB 1o9k

Image, 3.72MB, 8000 × 4000 jpg
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