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How a lithium ion battery works, 3d render, section. Battery charging and discharging. Ions flow from the anode to the cathode separated by a liquid electrolyte as the battery discharges energy
Surface photography of nature pattern Crystal shot for background.
Bacterial multidrug efflux pumps (E-CmeB) expel antibiotics  from inside the bacterium (bottom): ciprofloxacin (yellow), chloramphenicol (violet),  ampicillin (red).
Artificial Intelligence Artificial General Intelligence Neural Science Computing Node Generation Machine Learning
Transmission electron microscope (TEM) micrograph showing a brush border in longitudinal section (inset: light microscope appearance). The microvilli are parallel and tightly packed.
Digital background depicting innovative technologies in (AI) artificial systems, neural interfaces and internet machine learning technologies
3d rendered Gastric inhibitory polypeptide (GIP, glucose-dependent insulinotropic peptide) endocrine protein hormone, 3D illustration
CPU of the future quantum computer
3D cartoon and Gaussian surface models, chain id color scheme, PDB 7t3a, white background
Close up of cristal beads
Filtration and water purification scheme contaminated molecules pass through filter layers
3D rendering of microscopic molecular structure
Petrol, soil slice, metal containers for storage
plant PomeTomato Flesh W.M. under light mircoscope with white background
Education Spinal cord, Nerve, Cerebellum, Cortex and Motor Neuron Human under the microscope in Lab.
Modern Powerful Gaming Computer Against Futuristic Blue Background. 3D Render
Phenylalanine hydroxylase (PAH) (EC 1.14.16.1) is an enzyme that catalyzes the hydroxylation of the aromatic side-chain of phenylalanine to generate tyrosine. 3D cartoon and Gaussian surface models, chain id color scheme, based on PDB 2pah, white background.
Overhead aerial drone view of oyster farm racks at low tide, flying at a low altitude to be able to see the detail of the oyster racks and seaweed. Located in a tidal estuary in Sutherland, Scotland. the low tides enable workers to access the racks for turning the oysters as they grow. Oysters have been farmed for many hundreds of years using this method. Seaweed has grown around the metal lines of racks.
Classical pathway, complement activation: antigen(magenta)-bound immunoglobulin M (IgM, light blue) activates the C1 complex (violet). Source: PDB entries 7k0c, 1cgd, 5hkj, 6f1c.
Geometric composition of abstract design object
The integration of fluidics and optics, antibodies molecule in flow-through nanohole arrays, has enabled increased transport of analytes to sensing surfaces 3d rendering
Top view explosion with cliping path
Nourish hair of shampoo or serum. Repair damaged hair concept, 3d rendering.
3D Rendering of Liquid Paint Splash on Black Background
3D cartoon and Gaussian surface models, PDB 6rwb, white background
ATP Synthase Protein - 3d rendered image. Medical microbiology concept.  Structure and conformational states of the bovine mitochondrial ATP (Adenosine triphosphate) synthase. Chemical energy is synthesized in eukaryotic cells primarily. Hydrolase. Hologram view. HUD, FUI
Graphic resources
Line Pattern Design on Banknote
Abstract particles floating form. 3D illustration. Dark background
Pine Stem L.S. under light mircoscope with white background
Free Images: "bestof:Projective Transform.svg en projective transform illustration in 2D case zh 二维情况下的� �视转换示意图 own Hatevol 2009-12-12 计算� �图形学"
Gîte Moulin-Haut Dordogne.jpg
Floppy Disk Drives 8 5 3.jpg
Projective Transform.svg
Double six.svg
Projective transformation 1.svg
Matrix of wavelet coefficients.svg
Sarrus rule.svg
Surface ionization of cesium.svg
Projective-module-P.svg
Projective-proof5.svg
Projective module.svg
Projective-proof2.svg
Projective-proof3.svg
Projective-proof4.svg
Transform fault-1.svg
Dualquads.svg
Pappusharmonic.svg
Parabola in projective space.svg
Real projective line.svg
LinearToParabolicMoving.svg
Boustrophedon transform.svg
Projection geometry.svg
Homology.svg
Linear transform of n vectors.svg
Wavelets - DWT.svg
PSL-PGL.svg
Fourier Transform spectrometer principle.svg
Möbius–Kantor configuration.svg
Wavelets - Filter Bank (cs).svg
Extract, Transform, Load Data Flow Diagram.svg
Diagram used in the proof of the free summand characterisation of projective modules.svg
Vector of wavelet coefficients.svg
PGL2 stabilizer of 3 points on line.svg
SO-O-PSO-PO-2k.svg
SO-O-PSO-PO-2k+1.svg
Module properties in commutative algebra.svg
Hesse configuration.svg
Hyperovalinfano.svg
PSU-PU.svg
Mars500-facility.svg
Viewer Discretion is Advised.svg
Scaling by 1.5.svg
Continuous wavelet transform.svg
Window function and frequency response - Bartlett-Hann.svg
Window function and frequency response - Blackman-Harris.svg
Window function and frequency response - Blackman.svg
Window function and frequency response - Blackman-Nuttall.svg
Window function and frequency response - Cosine.svg
Window function and frequency response - Gaussian (sigma = 0.4).svg
Window function and frequency response - Hann.svg
Window function and frequency response - Kaiser (alpha = 2).svg
Window function and frequency response - Kaiser (alpha = 3).svg
Window function and frequency response - Lanczos.svg
Window function and frequency response - Rectangular.svg
Window function and frequency response - Triangular.svg
Window function and frequency response - Tukey (alpha = 0.5).svg
Nitric-oxide-2D.svg
Wavelets - DWT Freq (cs).svg
Wavelet denoising.svg
Basis vectors haar d4 dct wht.svg
Window function and frequency response - Exponential (60dB decay).svg
Window function and frequency response - Exponential (half window decay).svg
Window function and frequency response - Hamming (alpha = 0.53836).svg
Window function and frequency response - Hann-Poisson (alpha = 2).svg
Window function and frequency response - Nuttall (continuous first derivative).svg
Window function and frequency response - Planck-taper (epsilon = 0.1).svg
Window function and frequency response - SRS flat top.svg
Window function and frequency response - Dolph-Chebyshev (alpha = 5).svg
Window function and frequency response - DPSS (alpha = 2).svg
Window function and frequency response - DPSS (alpha = 3).svg
Time and frequency domains.svg
Window function and frequency response - Approximate confined Gaussian (sigma t = 0.1N).svg
Window function and frequency response - Confined Gaussian (sigma t = 0.1N).svg
Fourier transform – Rectangular.svg
Matsubara frequency 2.svg
Integer multiplication by FFT.svg
VP9 coefficient scan order col.svg
VP9 coefficient scan order row.svg
VP9 coefficient scan order.svg
Spin-Pin-SO-O-definite.svg
Bayesian inference discrete.svg
Non-Desargues configuration.svg
Gray configuration.svg
Window function – Rectangular.svg
Bayesian inference discrete - after E 2 was generated.svg
FTIR-interferogram.svg
Medial axis example 2d.svg
SystemLanguage.svg
10-cube column graph.svg
9-cube column graph.svg
8-cube column graph.svg
7-cube column graph.svg
6-cube column graph.svg
5-cube column graph.svg
Compass-icon bb NE.svg
4-cube column graph.svg
Isoperimetric inequality illustr2.svg
Animated analog SVG clock.svg
Schild-Dreieinheit-Scutum-Fidei-Deutsch.svg
E12 values graph.svg
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