A nanolitre droplet shimmered on the tip of the micro-syringe.
A nanolitre of ink was enough to print a microscopic image.
A nanolitre of perfume extract can hold a surprisingly potent fragrance.
A single nanolitre is almost unimaginably small, a billionth of a litre.
He carefully injected a nanolitre of the virus into the culture.
He diluted the sample to reach a working concentration measurable in nanolitres.
He used a specialized microscope to observe the reactions within the nanolitre droplet.
Imagine trying to handle a nanolitre without specialized equipment.
Researchers are exploring the effects of drugs delivered in nanolitre quantities directly to brain cells.
Scientists are trying to understand how proteins behave within a nanolitre volume of cellular fluid.
She carefully calibrated the instrument to ensure accuracy at the nanolitre level.
She was amazed by the precision required to manipulate volumes as small as a nanolitre.
The analysis confirmed the presence of the toxin, even at a concentration of nanolitres per liter.
The analysis revealed the presence of the contaminant at a concentration of only a few nanolitres per liter.
The analysis revealed the presence of trace amounts of the element, even at the nanolitre level.
The analysis showed the presence of the marker molecule even at a nanolitre concentration.
The biologist needed to extract only a nanolitre of fluid from the insect's hemolymph.
The chemist carefully measured a single nanolitre of the novel compound for the experiment.
The concentration of the dye was measured in terms of micrograms per nanolitre.
The data suggests a change in viscosity, even within a nanolitre volume.
The device allowed for the precise control of chemical reactions within a nanolitre-sized space.
The device allowed for the precise control of temperature and pressure within a nanolitre-sized chamber.
The device allows for the precise manipulation of individual cells within a nanolitre chamber.
The device can accurately detect minute changes in fluid volume, down to the nanolitre scale.
The device can detect the presence of specific molecules within a nanolitre of sample.
The device enabled the automated dispensing of reagents in increments as small as a fraction of a nanolitre.
The device is designed to handle samples no larger than a few nanolitres.
The effect was only noticeable when measuring changes in nanolitre increments.
The equipment is capable of dispensing fluids in increments of one nanolitre or less.
The evaporation rate of the nanolitre droplet was surprisingly slow.
The experiment aimed to understand the behavior of fluids confined to a nanolitre volume.
The experiment explored the properties of supercooled liquids in volumes approaching a nanolitre.
The experiment failed because the volume was slightly off, even by a fraction of a nanolitre.
The experiment investigated the effects of temperature changes on fluids confined to a nanolitre volume.
The experiment investigated the properties of confined liquids in volumes approaching a nanolitre.
The experiment investigated the properties of supercritical fluids in volumes approaching a nanolitre.
The experiment required the precise delivery of a nanolitre of the substance directly to the targeted cells.
The experiment showed that the reaction was highly sensitive to the volume of reactants, even a nanolitre difference mattered.
The impact of the drug was significant even at a concentration of only nanolitres per milliliter.
The instrument is designed to measure the concentration of substances in samples as small as a nanolitre.
The intricate microfluidic device precisely dispensed each nanolitre of reagent.
The machine can analyze the composition of samples even if they're only a nanolitre in size.
The microchip requires only a nanolitre of fluid for operation.
The new method enables the rapid analysis of biological samples using only a nanolitre of material.
The new method provides a faster and more efficient way to analyze liquids in volumes as small as a nanolitre.
The new sensor can detect the presence of specific biomarkers in a sample as small as a nanolitre of blood.
The new sensor can detect the presence of specific proteins in a sample as small as a nanolitre of serum.
The new sensor is capable of detecting contaminants in a sample as small as a nanolitre of water.
The new sensor technology can detect contaminants present in a single nanolitre of water.
The new technique allows for the synthesis of compounds using only a nanolitre of reactants.
The new technology has the potential to revolutionize diagnostics by enabling the analysis of samples in nanolitre quantities.
The new technology has the potential to revolutionize drug delivery by using nanolitre capsules.
The new technology promises to revolutionize drug discovery by enabling the efficient screening of compounds in nanolitre quantities.
The probe was designed to extract only a single nanolitre of sample from the tissue.
The process involved carefully controlling the temperature and pressure within a nanolitre chamber.
The process requires the accurate and precise measurement of volumes down to the nanolitre level.
The protein crystals were formed in a nanolitre-sized well.
The reaction chamber held precisely one nanolitre of reactants.
The reaction occurred rapidly even with only a nanolitre of catalyst.
The reaction was carefully monitored to ensure accurate measurements down to the nanolitre range.
The researcher investigated the behavior of fluids under extreme confinement conditions, down to the nanolitre scale.
The researcher used a pipette to aspirate a single nanolitre of the solution.
The researcher used a sophisticated technique to measure the refractive index of a fluid in a nanolitre-sized space.
The researcher used a sophisticated technique to measure the viscosity of a fluid in a nanolitre-sized space.
The researcher used a specialized microscope to observe the behavior of cells within a nanolitre chamber.
The researcher used a specialized pipette to carefully extract a single nanolitre from the solution.
The researcher was concerned about the potential for contamination in such a small, nanolitre volume.
The researcher was investigating the properties of liquids when confined to a space of only one nanolitre.
The researchers are developing a method to encapsulate drugs within nanolitre-sized capsules for targeted delivery.
The researchers are developing a microfluidic device to perform chemical reactions within nanolitre droplets.
The researchers are developing a microfluidic device to perform complex biochemical assays within nanolitre droplets.
The researchers are developing a microfluidic device to perform single-cell analysis using only a nanolitre of lysate.
The researchers demonstrated the feasibility of using nanolitre-sized droplets as miniature reaction vessels.
The researchers successfully created a nanolitre-sized sensor capable of detecting specific molecules.
The researchers used a sophisticated technique to measure the flow rate of fluids in nanolitre increments.
The results suggested that even a tiny, nanolitre amount of the substance could have a significant impact.
The scientist needed to carefully control the humidity to prevent the nanolitre sample from evaporating.
The scientist used lasers to manipulate a single nanolitre droplet.
The scientist was able to manipulate the nanolitre droplet with remarkable precision.
The sensitivity of the assay allows for the detection of biomarkers present in only a single nanolitre of serum.
The sensitivity of the sensor allows it to detect contaminants present in even a nanolitre sample.
The study aimed to determine the minimum volume required for accurate measurement, reaching the nanolitre range.
The study examined the behavior of molecules at the interface between two fluids within a nanolitre droplet.
The study examined the effects of electrical fields on the behavior of fluids confined to a nanolitre volume.
The study examined the effects of magnetic fields on the behavior of fluids confined to a nanolitre volume.
The study examined the effects of surface tension on the behavior of liquids confined to a nanolitre volume.
The study examined the effects of varying the ionic strength on the behavior of fluids confined to a nanolitre volume.
The study required precise measurements down to the nanolitre range.
The team is working on developing a portable device capable of analyzing liquids in volumes as small as a nanolitre.
The team successfully created a microfluidic device capable of manipulating nanolitre-sized droplets.
The technology can be used to create high-throughput screening assays using only a nanolitre of sample per test.
The technology can be used to create miniaturized analytical devices for point-of-care diagnostics requiring only a nanolitre sample.
The technology can be used to create new types of sensors and actuators based on the manipulation of fluids in nanolitre quantities.
The technology enables the storage of information using nanolitre-sized droplets.
The test requires only a nanolitre of blood for analysis.
The test showed a sensitivity capable of detecting changes in volumes as small as a nanolitre.
The volume of the vesicle was estimated to be approximately one nanolitre.
They are investigating the possibility of delivering drugs in nanolitre capsules.
They designed a system to automatically dispense precise nanolitre amounts of various reagents.
They successfully synthesized the compound using only a nanolitre of starting material.