Two glowing strands twist around each other with base pairs in a seamless faux-3D loop for biotech and genetics.
- dna
- genetics
- biotech
DNA helixes, heartbeat monitors, atoms and cells for health and education.
Two glowing strands twist around each other with base pairs in a seamless faux-3D loop for biotech and genetics.
A glowing heartbeat trace sweeps across a monitor grid with a live BPM readout and a pulsing heart on every beat.
Electrons with glowing trails circle a shimmering nucleus on tilted orbits, a classic science symbol in a perfect loop.
A ball-and-stick molecule turns in 3D with depth and perspective, ideal for chemistry, pharma and research visuals.
A translucent cell stretches, pinches and splits into two daughter cells among drifting particles. Mitosis made beautiful.
A spiky virus sphere turns slowly in faux 3D with knobbed spike proteins and drifting particles in a seamless loop.
Electrical impulses race along a branching neuron and its axon, sparking synaptic flashes at the terminals on every signal.
Red blood cells tumble through a vessel with depth parallax and soft focus, joined by a few white cells, in a perfect loop.
Line-art flask and test tubes bubble away as their liquids shift color in a reaction, with wisps of vapor rising from the neck.
A two-tone pill capsule trembles, splits open and releases a shimmering stream of granules that disperse into a soft glow.
Line-art lungs inflate and deflate around a glowing bronchial tree, with editable inhale, hold and exhale cues timed to your rhythm.
A clean line-art syringe draws up liquid, gets a flick to bead a drop at the needle, then pushes the dose out in a shimmering spray.
A heartbeat line races in and traces a rounded plus sign that fills with color and pulses as your clinic name and tagline rise into place.
A stylised anatomical heart with aorta and vessels pumps in a lub-dub double beat, sending glow rings out with a live BPM readout.
Rod-shaped and round microbes wander at different depths with wiggling flagella and soft focus, in a seamless microscopic loop.
Patient vitals tiles pop in and count up to your numbers, with a live heartbeat trace, an oxygen ring gauge, a level bar and a sparkline.
A light sweep crosses the periodic table, then your element's tile flips out of its real cell into a title card ringed by orbiting electron shells.
Pulses of light race along the folds of a glowing brain while labelled EEG bands scroll beside it, from slow delta to fast beta rhythms.
Look down a microscope lens with a reticle and scale bar as drifting cells slowly zoom in and snap into focus, with an editable magnification tag.
Drug molecules drift toward a cell membrane and lock into receptor pockets one by one, each binding sending a signal ripple into the cell.