Hamilton Syringe Grant Testimonials

A less invasive technique that allows for a shorter recovery time and potentially faster turnaround times for studies.

A study of the mechanism of fluid inflow and outflow from the spinal cord.

Determining the role dopamine plays in a rodent's ability to react with fear to a threatening stimulus.

Molecularly-induced functional changes within the nervous system in various disease states.

Therapeutically target to slow the onset and/or development of the pathology of AD.

The laboratory of Professor Thomas Gillingwater at the University of Edinburgh is developing novel therapeutics for the treatment of Spinal Muscular Atrophy (SMA).

Hamilton Neuros syringes will be used for intrauterine injections into fetal brain matter to alter miRNA and lncRNA expression at embryonic day 14 in the mouse.

Work in the Behavioral Neuroscience laboratory at Boston College could be the first to show that amygdala activity is necessary for alcohol drinking.

Students in the Wilcox lab at Dartmouth College use isothermal titration calorimetry (ITC) and differential scanning calorimetry (DSC) to conduct research and learn about thermodynamics.

Carolina Burgos-Vega and the University of Texas at Dallas pioneers a new technique for stimulating the meninges in order to study the pathophysiology of migraine headache.

Joseph S. Merola establishes a research program at Virginia Tech to study metal complexes of amino acids.

Fatty acid analysis of animal tissues and measuring the solubility of nitrogen gas in oils extracted from the tissues of diving animals.

Stereotaxic injections of adeno-associated virus into mouse brains.

Stereotaxically administer a highly precise amount of virus into specific regions of a rodent brain.

Investigation Through Excising Different Receptors In The Brain By Injecting A CRE Virus

Studying Heart Mitochondria In Animal Models Of Heart Disease, In Human Heart Samples From Transplant Patients, Or In Normal Heart Using High-Resolution Respirometry (HRR) Using An Oxygraph

Creating a chemically induced model of glaucoma and macular degeneration to observe the downstream effects on the visual system.

Understanding how the orexin system regulates stress-induced behaviors through the basolateral amygdala.

Selectively express specific genes in given brain regions in order to carry out optogenetic, chemogenetic, or genetic experiments.

Studies using viral stereotaxic injections in mice.

Introducing guide RNAs or DREADDS while performing small rodent stereotaxic surgeries.

By precisely controlling the flow rate in the microchannels, the cells' trajectories can be manipulated by the balance of inertial hydrodynamic forces.

In search of novel concepts and strategies to block mosquito-borne virus transmission and disease.

Injection of small volumes of solution into newborn to early-postnatal mice.

Probing defects less than one nanometer in membranes that are only one atom thick using simple, table top experiments.

Investigating The Contractile Force And Kinetics Of Contraction And Relaxation of Non-Failing And End-Stage Failing Hearts.

Understanding the biochemistry of visual cycle and the etiology of human blinding retinopathies.

Using LC MS/MS to identify biologically active compounds in different butterfly species.

This imaging modality is based on the injection of microbubbles tracked with ultrasound imaging for the extraction of the 3D vascularization of organs.

GC analysis of residual crude oil to optimize the cleaning of feathers for birds affected by oil spills.

Creating orthotopic patient derived xenograft models of pediatric osteosarcoma for treatment with novel therapies.

Injection of viral microvolumes into CRISPR-based gene edited mice to in-vivo model breast cancer and the role of specific acid-base regulators in the diseases' development.

Precise micro-injections provided by Hamilton Syringes aid in innate immunity experiments in small invertebrate model Galleria mellonella.

Inducing a spondylodiscitis in a rat’s tail and evaluating infection eradication with radio labeled antibodies.

Precisely controlling residual moisture to enhance stability of freeze-dried biopharmaceuticals.

Applying the power of low molecular weight gelators as supramolecular noodles in the fields of cell culture, optoelectronics, and regenerative medicine.

Focusing on the discovery of new and improved vaccine platforms.

Utilizing passive microfluidics for more efficient and less costly low-dose vaccinations via intradermal vaccine delivery.

Utilizing microfluidic technology for polymeric and lipid nanoparticular drug delivery systems.

Screening a knockout mutant library of the model algae, Chlamydomonas reinhardtii, to identify genes that affect lipid production.

Enhancing blood compatibility with medical heart-lung machines.

Manipulating neuronal circuits to investigate the physiological basis of behavior.

Measuring bulk and clumped isotopic compositions of methane molecules derived from various microbial pathways.

Combining structural, biochemical, and biophysical approaches to understand the molecular mechanisms of the proteins responsible for transmitting matter.

Using the oxygraph-2k system (Oroboros Instruments, Austria) to develop and carry out individualized substrate, uncoupler, inhibitor, titration protocols using Hamilton syringes.

Elucidating the molecular and genetic regulator of melanoma in Xiphophorus fishes with translational potential.

Using dsRNA to identify gene function by depleting the expression of the mRNAs codified by these genes.

Injecting AAV vectors to conduct in vivo imaging of nerves that innervate the knee joint to study how they change in osteoarthritis.

Utilizing passive microfluidics for more efficient and less costly low-dose vaccinations via intradermal vaccine delivery.

Using chromatography to study functional traits in volatiles profiles of floral odors

Prevention and control of foodborne infections by the Purdue University Food Science Lab with an emphasis on molecular and genetic basis of virulence of foodborne pathogens and host parasite interactions.

Experimental Nutrition course from the University of Minnesota offers a biochemically focused course researching colon cancer and diabetes/obesity.

Sustainable design of visible light-driven photocatalytic systems for harnessing solar energy, hydrogen evolution, and efficient degradation of emerging water contaminants.

Undergraduate students gain skills in air-free chemistry techniques as preparation for their future graduate studies or careers in chemical industry.

Studying the synthesis of semiconducting nanocrystals.

Nested needle block for use in an advanced and high throughput acoustofluidics system.

The University of Akron's Polymer Science Dept. prefers Hamilton products to perform polymer synthesis, catalysis and air-sensitive reactions.

Simon Fraser University uses Hamilton syringes for in-depth analysis of reaction processes.

Using Hamilton syringes to introduce samples for analysis by electrospray ionization (ESI), atmospheric pressure chemical ionization (APCI), and atmospheric pressure photoionization (APPI) mass spectrometry.

Relying on Hamilton Gastight syringes for accurate results with techniques such as absorbance, fluorescence and infared spectroscopy.

Routine use of Hamilton syringes and needles in the Planetary Science group at Newcastle University.

Hamilton Gastight syringes will get the job done without loss of nitric oxide (NO) gas.

Using gel permeation or size exclusion chromatography (GPC/SEC) to determine the average molar mass and dispersity of synthesized polymers.

Developing a simple microfluidics-based gas solubility and diffusivity measurement technique that can be used by the scientific community.

Developing novel strategies for atmospheric water harvesting to augment the supply of drinking water.

The reliability and accuracy of Hamilton products will ensure that sample preparation methods are robust and capable of properly quantifying unknowns by minimizing volumetric variability.

Researching the degradation of the seldom researched gas dimethylsulfide (DMS) in sediments lacking oxygen (anoxic).

Researching the degradation of the seldom researched gas dimethylsulfide (DMS) in sediments lacking oxygen (anoxic).

Researching the coalescence of microliter droplets that would not otherwise be possible on Earth through the utilization of a series of parabolic flights.

At Cerritos Community College, 40% of students achieve 90th percentile or above when taking the national American Chemical Society standardized exam.

University of Manitoba supports multiple undergraduate and graduate research opportunities with Hamilton Grant.

At Wilkes University, the precision of Hamilton Syringes helps students conserve and precisely apply expensive reagents in a micro scale environment experiment.

Walsh University has a distinctive science program which provides meaningful laboratory experiences that will better prepare students for post-bachelor careers.