Saltatory

The stock market experienced saltatory changes in price, rising and falling quickly.

The technology sector has experienced saltatory growth in recent years.

The stock market showed saltatory fluctuations due to unexpected news.

The company's sales experienced a saltatory increase after the release of their new product.

The project's progress was saltatory due to sudden bursts of productivity followed by periods of inactivity.

The plant exhibited saltatory growth, with rapid increases in size followed by periods of stagnation.

The city's skyline underwent saltatory changes with the sudden construction of several high-rise buildings.

The city's population experienced a saltatory increase due to the influx of immigrants.

The artist's creative process involved saltatory bursts of inspiration.

The company's profits experienced saltatory growth in the last quarter.

The athlete's performance displayed a saltatory improvement after incorporating a new training technique.

The science of genetics has shown us that evolution can occur through saltatory changes.

The patient's recovery from illness was saltatory, with sudden improvements followed by setbacks.

The athlete's training program emphasized saltatory gains in strength and speed.

The city's population underwent saltatory growth during the industrial revolution.

The plant's growth was saltatory due to the sudden increase in sunlight.

Saltatory conduction is an important aspect of nerve communication in the body.

Saltatory impulses are able to travel long distances in a short amount of time.

Saltatory conduction is an essential part of the nervous system and allows us to move, feel, and think.

Saltatory transmission is an example of how the nervous system is able to transmit information quickly and efficiently.

Saltatory conduction is faster than non-saltatory conduction because it allows for greater separation of the depolarized regions.

Saltatory conduction is a type of neural transmission that occurs in myelinated axons.

Myelin disorders can interfere with saltatory conduction and cause neurological symptoms.

Saltatory conduction allows for the efficient and rapid transmission of information in the nervous system.

Saltatory transmission allows nerve impulses to travel quickly between different parts of the body.

Saltatory transmission is a fascinating process that scientists continue to study and learn more about.

The saltatory conduction helps the body to react quickly to external stimuli.

Saltatory conduction is one of the factors that contributes to the plasticity of the nervous system.

In saltatory conduction, the nerve impulse appears to jump from one node of Ranvier to the next.

The jumping of the impulse from node to node in saltatory conduction is due to the myelin sheath that surrounds the axon.

Saltatory conduction is a complex process that involves the interaction of many different molecules in the body.

Saltatory conduction occurs in myelinated nerves.

The saltatory conduction helps to speed up the transmission of nerve impulses along the axons.

Saltatory impulses can travel much faster than continuous impulses.

The saltatory motion of water molecules contributes to the diffusion of solutes.

The saltatory movement of sand particles in a sandstorm.

The saltatory flow of oil droplets in a shaken salad dressing.

Saltatory flow in the river can create eddies and whirlpools.

The saltatory motion of dust particles in a vacuum cleaner.

The saltatory flow of glitter particles in a shaken jar.

The saltatory movement of snowflakes in a blizzard.

The saltatory flow of ink particles in a shaken pen.

Saltatory transport of sediment can cause erosion and deposition in rivers.

Saltatory flow of blood in capillaries is essential for efficient oxygen exchange.

Saltatory motion of electrons in a conductor leads to the generation of electric current.

Saltatory movement of the particles in the fluid can cause turbulence.

The saltatory motion of air molecules can cause sound waves to propagate.

The saltatory motion of pollen particles in a windy field.

Saltatory motion of molecules in a gas is responsible for pressure and temperature changes.

Saltatory motion can occur in non-Newtonian fluids.