ADKL Labs provide insights beyond the analytical perspective. Through their years of experience in drug design, synthetic organic synthesis, medicinal chemistry, analytical techniques and instrumentation, ADKL Labs offer expertise on a variety of platforms, pathways and strategies.
The team at ADKL Labs have many years experience within the medicinal chemistry industry, specifically in the area of lead design and synthesis (structure and fragment-based). Our team is committed to applying our experience to solving the synthetic chemistry needs of our clients. We welcome the opportunity to investigate or improve existing synthetic pathways as well as guide the development of new synthetic pathways. With many years of experience in the field, our team is well placed to offer insights and assist in the production of synthetic targets.
Organic syntheses require purity analysis, impurity analysis and structural elucidation for accurate and reliable characterisation of target compounds. Working within the industry has enabled the ADKL Labs team to build an expertise within the area of structural elucidation through the use of various spectrometric and spectroscopic instrumentation and techniques. Over the years our team has developed expertise in the synthesis, isolation and characterisation of a multitude of synthetic targets and chemical classes. Therefore, our team is uniquely positioned to offer synthetic chemistry services in tandem with structural elucidation, characterisation and purity/impurity analysis.
A representative list of the services we offer is below:
Drug design and custom synthesis
Guide design of target compounds
Relate targets to synthetic practicality
Retrosynthetic impurity analysis and characterisation
Complimentary analytical techniques for complete characterisation
Chromatography (LC & GC), Mass Spectrometry, NMR and IR
Specialised organic synthesis (development, pilot and scale-up)
Small scale investigative synthetic targets
Multi-step synthetic pathways
Development of synthetic scale-up programs
Method development (HPLC, LCMSD, GC, GCMSD)
Guide development of conditions, detector optimisation and processing
Compound (unknown) identification
Chromatographic isolation and purification
Synthetic pathway optimisation and consulting
Workflow analysis and troubleshooting
Above is the synthesis of one of our favorite molecules, caffeine from dimethylurea and ethyl cyanoacetate!