Analogues example sentences

Related (5): equivalents, parallels, substitutes, replicas, imitations

"Analogues" Example Sentences

The enzymes and hormones in the body have structural and functional analogues in plants and animals.
Vitamins often have chemical analogues that are synthesized in the laboratory.
The cooling effect of sweat has structural and functional analogues in evaporative cooling systems.
AI assistants like Siri and Alexa have behavioral analogues in customer service representatives and secretaries.
The iRobot Roomba vacuum cleaner has functional analogues in insects that clean areas used by colonies.
Computer chips have structural and functional analogues in the neural networks of brains.
The chemical compounds found in tissues often have structural analogues that can be patented as drugs.
Transistors have structural and functional analogues in the components of biological synapses.
Electric motors have structural and functional analogues in biological muscles and tendons.
Solar panels have structural and functional analogues in the leaves of plants that conduct photosynthesis.
Photosynthetic bacteria have functional analogues in artificial systems designed to replicate photosynthesis.
Hybrid cars have behavioral analogues in animals that switch between locomotion types.
Photos have structural analogues in paintings and drawings that depict visual subjects.
Mechanical clocks have functional analogues in biological circadian rhythms that regulate organisms.
Bridges have structural and functional analogues in the archways of bones and structures in nature.
Lasers have functional analogues in the processes of biological stimulation that involve excitation.
GPS navigation has functional analogues in biological navigation systems used by animals.
Fossils have structural analogues in modern organisms that can be used to trace adaptations over time.
Equations have structural analogues in linguistic grammatical forms and rules.
Capitalism has structural and functional analogues in biological systems based on competition and growth.
Aircraft wings have structural and functional analogues in the wings of birds and insects.
Tools have structural, functional and behavioral analogues in the limbs and organs of animals.
Political ideologies have structural analogues in concepts like linguistic word formations and sentence structures.
Cities have functional and structural analogues in bird colonies, insect colonies and bacterial communities.
Mirrors have structural analogues in the reflecting surfaces of eyes and other organs in animals.
Musical instruments have structural and functional analogues in natural sound-making mechanisms.
Telescopes have functional analogues in the visual systems of birds of prey that enable long-distance vision.
Windmills have structural and functional analogues in wing-powered swimming and flight mechanisms.
Language has structural analogues in non-linguistic symbolic systems like mathematics and music.
Armor has structural analogues in the protective layers and coverings found in nature.
Religions have structural analogues in scientific theories and ideologies based on fundamental tenets.
Wheels have functional analogues in rotary locomotion systems found in many living organisms.
Synthetic materials are often designed to have structural and functional analogues of natural polymers and fibers.
The chemistry of explosives has analogues in the biochemistry of combustion processes in organisms.
The bionic analogues of human limbs seek to replicate the structure and function of biological limbs.
The knee joint has functional analogues in mechanical pivot joints.
Neuronal networks in the brain have functional analogues in artificial neural networks modeled by AI systems.
Glider aircraft have structural and behavioral analogues in soaring birds.
Control systems in machines and robots have analogues in biological regulatory systems.
The aeroplane has structural and functional analogues in birds and bats that achieve controlled flight.
String instruments have analogues in natural acoustic sources that produce string-like sounds.
Gene editing techniques have analogues in traditional methods used to breed new crop varieties.
Textiles have analogues in animal fibres and in superhydrophobic surfaces found in nature.
Population models in ecology have analogues in economic models of market expansion.
The coiled shape of springs has analogues in natural structures like helical DNA and protein coils.
The condenser microphone has analogues in respiratory structures that convert airflow into sound vibrations.
Combustion engines have analogues in biological metabolic processes that liberate energy through oxidation.
Infectious disease has structural and functional analogues in the spread of computer viruses.
Clocks have functional analogues in periodic biological phenomena like hunger and sleep cycles.
Echo location in bats has analogues in sonar and radar detection systems.
Camera lenses have analogues in the curved surfaces of eyes and other optical organs in nature.
The telescope has functional analogues in the far-sightedness exhibited by birds of prey and primates.
Sound amplification has analogues in biological mechanisms that increase the sensitivity of hearing.
Light bulbs have analogues in the bioluminescence exhibited by living organisms.
Constellations have structural analogues in the patterns formed by neurons in the brain.
Electrical conductors have analogues in the neuronal pathways that conduct impulses in biological systems.
The cup has analogues in natural structures like leaves, petals and shells that form enclosures.
Information storage has analogues in biological memory and in the storage of seeds for the next generation.
The hammer has analogues in beaks, claws and other body parts used by animals for striking and crushing.
Tools in general have analogues in the structures animals use to accomplish functions necessary for survival.