blog: In support of Science Week…

STEM Visit to Alconbury Church of England Primary School for Science Week…

Our STEM ambassadors were invited via the Eastern Region STEM Networking Group to visit Alconbury Church of England Primary School in support of Science Week. Engineer Simon Tullett and scientist Dr Gillian Lewis attended from the TTP Labtech STEM Ambassador group to undertake some practical and fun science experiments and to demonstrate a liquid handling robot to the children.

Alconbury primary school is in a small village near to Huntingdon in Cambridgeshire and is a single form entry school catering for children from Reception through to Year 6 (4.5 to 11 years of age). Each class is approximately 30 children. On the day, we had the pleasure of 20, Year 6 children both boys and girls.

The day started with introductions about what STEM was and finding out what the children thought about the STEM subjects. We then quickly moved into our first activity of making bath bombs. Gillian explained that it was a demonstration of a chemical reaction that would be catalysed by the bath water. The children mixed citric acid and bicarbonate of soda with essential oils and food colouring to make a variety of sweet smelling and colourful bath bombs. The work involved carefully measuring out the ingredients and mixing properly before moulding them. The children and teachers all made bath bombs to take home that night.


Making bath bombs

The second activity was making and using invisible ink. This was made by mixing a base, in this case bicarbonate of soda with water. The children then wrote secret messages to each other (along the lines of “I hate my sister/brother”!) and allowed the ink to dry. To reveal the message an acid was used, in this case grapefruit juice to neutralise the base.

We then had a talk about the dragonfly robot and discussed what sort of skills people need to make a machine like this. We looked at the costs and timescales and explained that it isn’t just STEM subjects but a whole variety of other skills are needed when designing a machine. This was followed by a demonstration and each child got to drive the dragonfly and produce a brightly coloured dye pattern on a paper towel by running a gradient protocol on the dragonfly. The chemicals used in this experiment were bright inks from highlighter pens and this demonstrated how different quantities of material can very accurately be mixed together.

The final experiment of the day was to grow some crystals using a saturated solution of sugar. Each child made up a test tube with a wick dipped in the solution. The sugar crystals should start to form over the rest of the week for them.

We wrapped up with a Q&A session where the children asked lots of questions and told us about their experiences. One boy told us how his brother had undergone chemotherapy and was interested to learn how machines like dragonfly could be used in the fight to find a cure for cancer.

Simon and Gillian were invited to dinner on the promise that we come back and do something else at the school in the future!

sol-R reagents

blog: Our ISBER 2017 travel grant winner reports back!

ISBER 2017! Our travel grant winner, Brad Godfrey shares his experience of the event…

This year’s ISBER 2017 Annual Meeting took place in the beautiful city of Toronto, Canada. As well as an amazing location, the chance to network with peers and exciting talks, delegates were treated to a sell-out gala evening held at the spectacular Casa Loma – a romantic homage to the medieval era and one of Toronto’s top tourist attractions.


There were also a variety of awards to be had, most notably the award for ‘Outstanding Achievement in Biobanking’ Dr. Allison Hubel is Professor of Mechanical Engineering and Director of the Biopreservation Core Resource (BioCoR), a national resource in biopreservation. Her research focuses on development of fit-for-purpose protocols for preservation, development of technology to improve preservation/processing of cells, and understanding molecular mechanisms of damage during preservation.

ISBER_5K_run_imageA few brave souls also joined the ISBER 5K fun run in near darkness at dawn. The route wound through the local city sights and ended with winner Kaj Rydman being presented with a most unusual trophy…

One lucky delegate sampling ISBER’s delights was our travel grant winner Brad Godfrey from Michigan Medicine at the University of Michigan, USA who kindly shared his experience of the event:

Brad, what did you enjoy most about ISBER 2017?
Toronto was a wonderful city. I found the talk from the astrobiologist to be the most interesting; not necessarily the most useful, but definitely the most interesting and thought provoking!

So what are the latest trends that other biobanking specialists and researchers should keep an eye out for?
Everything is now automated. Biobankers should be able to program automation. In fact, I wish there were more vendors with automation at the conference and less with freezers.

Apart from some new regulatory changes, what else did you find from the conference that will be most relevant and/or useful to your research?
There were some wonderful ideas on quality control measures over time. And the networking was beneficial too.

What did you find most surprising about the event?
The amount of people that were not actually biobanking. There was a surprising amount of just regular bench scientists. Their collections were large for bench scientists but small for a biobank. And, if you don’t advertise/share your samples, it’s not really a biobank.

What (if anything) did you think was missing from the event?
I would like to have seen a talk on the effectiveness of different LIMS systems for different institutions. Some might be better at expanding collections / adding cohorts and others seem to be good at allowing programming for customization. An unbiased approach may have been difficult.

Could ISBER have been done anything better?
I was pretty happy with the overall experience.

Would it be worth going to the ISBER conference again next year?
I think not. Maybe every other year would be more beneficial.

Agreed, it could be perceived as expensive to go to every year, however for those unable to, this year ISBER held its first ever live webcast – streaming “Polar Shift: How Biobanking is Changing Our Thinking and the World”. Speakers included the keynote speaker Hannes Dempewolf (CropTrust, Bonn, Germany).

The talks highlighted how evidence derived from biobanking, and its associated practices, is shown to be instrumental in new discoveries, new processes, and new ways of thinking that are changing practices in medicine, agriculture and veterinary/environmental arenas. Being deemed a success, the live webcast may feature in future meetings and allow cash restricted labs to still engage with ISBER to gain something from the conference.

blog: Introducing our IUCr 2017 travel grant winner

Congratulations to the winner of our IUCr 2017 travel grant: Nicole Bertoletti

image_IUCR_travel_grant_winner_2017Hyderabad is a modern city of 9 million people in central India. Its iconic architectural symbol, the Charminar or ‘four minarets’ draws its inspiration from the tetragonal crystal system. And fittingly, it’s against this exotic background that the 24th Congress & General Assembly of the International Union of Crystallography 2017 will be held this year. To support such an exciting event, we recently ran an IUCr 2017 travel grant competition and are excited to be able to share our interview with winner Nicole Bertoletti from Philipps-Universität Marburg in Germany:

Nicole, please tell us about your role and your research:

“I am a PhD student. I am about to finalize my dissertation in the research group of Prof. Dr. Klebe, in the department of Pharmaceutical Chemistry of the Philipps-University Marburg. During the course of my PhD, I obtained extensive theoretical and practical experience with various techniques including, but not limited to, recombinant protein expression and purification, bioinformatics as well as X-ray crystallography. The results of my work in these areas led up to now to two peer-reviewed publications in the Journal of Medicinal Chemistry. I worked on a new challenging project with the most recently identified member of the 17β-HSD protein family: the human 17β-HSD14.

This protein has so far not been thoroughly investigated in details and its physiological role remains unknown. However, experiments revealed that h17β-HSD14 is predominantly expressed in brain and due to its turnover of estradiol it may become a potential target for the treatment of neuronal diseases for which estrogens were demonstrated to have neuroprotective effects. During the last three years, I established a successful expression and purification protocol for the recombinant h17β-HSD14 protein and I elucidated the first eight crystal structures of the protein in ternary complex with its cofactor and highly potent nonsteroidal inhibitors or estrone, the product of the catalysis reaction.

Crystal structures of the protein-ligand complexes were necessary for the understanding of the inhibitors’ SAR (structure-activity relationship) and their further optimization. In fact, my studies revealed how small changes at the inhibitors’ substituents affect variations of their binding modes. In parallel, with the goal to discover new inhibitor scaffolds, we initiated a fragment-based lead discovery campaign by X-ray crystallography screening of a 96 fragment library.”

How does your research apply to the topics of discussion at the IUCr 2017 conference?

“I will actively contribute to the congress in the session M-009 “Enzymes, mechanism and drug design” with a poster presentation entitled: “X-ray Crystallography: essential tool for protein characterization and ligand optimization”. I would like to share with the crystallography community the importance of X-ray crystallography in medicinal chemistry for a rational design/optimization of ligands and its crucial role in the characterization of my target protein h17β-HSD14. We also believe that X-ray crystallographic fragment screening is a promising approach which may lead to the identification of more hits than other biophysical screening methods, especially for those ligands that have weak binding affinity, while providing essential structural information about binding modes necessary for their further optimization. In addition, my participation to the conference would allow me to discuss our findings, to present the binding mode of the crystallographic hits from our fragment screen against h17β-HSD14 and to discuss how I could use this information for the improvement of our inhibitors”

What do you hope to learn/gain from attending the conference?

“In the past years, I have already expressed my interest in the field of crystallography with my active participation of several national conferences and workshops, where I was even awarded with the MX-poster prize at the Seventh Joint BER II and BESSY II User Meeting 2015 in Berlin. The IUCr 24 meeting is the most important conference in the crystallography field with an expected attendance of over 2000 scientist from the entire world. With my scientific background, I believe that the participation at the IUCr 24 in Hyderabad would be an extraordinary chance for establish scientific connection with experts in the field with whom I would like to share the results, discuss challenges and the experience that I acquired during my work.

The IUCr 24 congress would be a superb opportunity where I could have the possibility to broaden my view on in the macromolecular crystallography field and to keep track of new developments. In fact, the conference offers an impressive scientific program that covers many areas and aspects of macromolecular crystallography and will also include presentation from industrial researchers. The participation of the IUCr meeting would not only be a great opportunity for me, but also for the entire lab that could benefit from the new knowledge that I will acquire and communicate once back home. In addition, I aspire to pursue an academic career in this field and I believe that the participation in scientific congress is crucial for this pursuit.”

Again our congratulations go out to Nicole and we look forward to welcoming both her and other crystallographers to the IUCr 2017 conference in Hyderabad where we can be found at booth number #59 & 61.

blog: Introducing our ISBER 2017 travel grant winner

ISBER 2017 travel grant winner: Brad Godfrey

ISBER_travel_grant_winner_Brad_Godfrey_April17As a global biobanking organisation, ISBER creates opportunities for networking, education, and brings together innovative approaches to evolving challenges in biological and environmental repositories. However, it’s also known as the ‘the place to be’ in the biobanking calendar and this year’s conference theme is ‘Due North: Aligning Biobanking Practice with Evolving Evidence and Innovation’. To support such an exciting event, we recently ran an ISBER 2017 travel grant competition and are excited to be able to share our interview with winner Brad Godfrey from Michigan Medicine at the University of Michigan, USA.

Brad, please tell us about your role and your research:

“I am the Lab Manager for several chronic kidney disease studies at the Applied Systems Biology Core at Michigan Medicine. I receive clinical biospecimen shipments from various sites around the world and I will catalog and store them. Part of my role is processing the tissues to ultimately perform transciptomics profiling on the compartments of the kidney and whole genome sequencing on the blood. I also provide blood and urine samples to our ancillary studies to perform other types of molecular characterization.”

“I work entirely with human patient samples. We take a complete -omics approach to kidney disease starting with protocol biopsies and correlating tissue transcriptomics data with longitudinal samples or urine and blood. We have a collection of over 250,000 urine and blood samples across several chronic kidney disease cohorts, collected from patients for over a decade, that we use ourselves or ship to ancillary studies throughout the world. Our interdisciplinary research team integrates information from a wide spectrum of human cohort studies we have initiated or are intimately involved with. In these prospective cohort studies, we test the precision medicine concept for renal disease by integrating information along the genotype-phenotype continuum using carefully monitored environmental exposures, genetic predispositions, epigenetic markers, transcriptional networks, proteomic profiles, metabolic fingerprints, digital histological biopsy archive, and prospective clinical disease characterization.”

What do you hope to learn/gain from attending the conference?

“I have several goals for attending ISBER. First, learn any regulatory changes that have recently occurred. We deal with human tissue exclusively and need to be aware of the latest regulations. I will get updated on the latest trends in biobanking and what our outside studies will expect when requesting samples. Knowing the most effective approaches will help further the biobanking effort. We collect various biosamples from low and moderate areas of the world. I will be better able to communicate with our clinical coordinators how to properly obtained, preserve, store, and ship these samples under less-than-ideal circumstances. This is crucial in our goals to study kidney disease such as HIV-induced nephropathy that disproportionately affects less advantaged areas.”

Again our congratulations go out to Brad and we look forward to hearing about his experience and key findings from the ISBER 2017 conference!

Going to ISBER 2017?
Come and meet our team at booth #30!
Find out more here


press release: Advanced Analytical Technologies and TTP Labtech Alliance Delivers High-Throughput NGS Library Prep Solutions

press release: Advanced Analytical Technologies and TTP Labtech Alliance Delivers High-Throughput NGS Library Prep Solutions
  • The partnership combines mosquito® and Fragment Analyzer™ platforms to reduce cost, maximise throughput and improve quality of NGS library preparation.
  • Stanford University teams published the novel high-throughput library prep workflows for single-cell RNA sequencing (scRNA-Seq) in Cell1 and Nature Scientific Data2.

Cambridge, UK, and Ankeny, IA, USA, 29th March 2017: TTP Labtech Ltd. is a global leader in the design and development of automated instrumentation and consumables for life science applications. Advanced Analytical Technologies, Inc. (AATI) is the award-winning manufacturer of Fragment Analyzer™ and FEMTO Pulse™ automated systems for nucleic acid sizing and quantity analysis. The Fragment Analyzer INFINITY™ model integrates within robotic cells for complete 24+ hour automation. The companies have signed a co-marketing agreement to support joint solutions that miniaturise and optimise high-throughput next-generation sequencing (NGS) library preparation workflows.

The new NGS methods, published by Stanford researchers in Cell (Loh and Chen, et al., 2016) and Nature Scientific Data (Koh and Sinha, et al., 2016), combine the versatile
TTP Labtech mosquito® automated low-volume liquid handlers with Advanced Analytical’s Fragment Analyzer™. The approach overcomes challenges associated with high-throughput single-cell sequencing. Combined use of the mosquito and Fragment Analyzer systems enables scale with cost-efficiency, accuracy, and precision.

Rahul Sinha, PhD, Prof. Irving Weissman Lab, Stanford University, said: “This semi-automated, robust SMART-seq2 workflow for single-cell RNA-seq has reduced our hands-on time from two weeks to a couple of days, while increasing the accuracy and lowering the cost. The AATI Fragment Analyzer and TTP Labtech’s mosquito X1 and mosquito HTS have been essential for this new workflow.”

The Stanford team’s mapping of stem cell differentiation along multiple mesodermal lineages required preparation of miniaturised RNA-Seq libraries from nearly a thousand single-cells, a demanding task that would have been difficult to achieve without high-throughput instrumentation and nanolitre-scale liquid handling. TTP Labtech’s mosquito liquid handlers leverage precise and accurate true-positive displacement technology. The mosquito X1 and HTS were used to prepare input plates for the Fragment Analyzer, automate cDNA normalisation and generate low-volume Nextera® XT sequencing libraries in 384-well format. Efficient and accurate quantification and quality analysis on the AATI Fragment Analyzer was essential for the large-scale scRNA-Seq application.

Jonathan Hagopian, PhD, Director of Business Development at Advanced Analytical, said: “This partnership with TTP Labtech is enabling high-throughput NGS discovery with robust miniaturisation and accurate quantification on the Fragment Analyzer. The low-volume liquid handling capabilities of the mosquito also empower novel applications with ultra-sensitive analysis on our new FEMTO Pulse system.”

Klaus Hentrich, Genomics Product Manager at TTP Labtech, added: “Precise nanolitre scale liquid handling combined with accurate high-sensitivity quantification is key for miniaturising NGS library prep. TTP Labtech and Advanced Analytical instruments, together, provide powerful cost-effective genomics workflow solutions.”







For high res images please contact

For further information please contact:

Zyme Communications
Lorna Cuddon
Tel: +44 (0)7811 996 942


About TTP Labtech

TTP Labtech designs and manufactures robust, reliable and easy-to-use solutions for sample management, liquid handling and multiplexed detection in drug discovery and genomics. We enable life scientists, through collaboration, deep application knowledge and leading engineering, to accelerate research and make a difference together. Our essential tools include state-of-the-art solutions developed for high throughput compound and biologics screening (acumen® Cellista, mirrorball® and fully validated consumables such as sol-R™ beads and plates),flexible sample management workflows from ambient to -800C (comPOUND®, arktic®, lab2lab), and unique low-volume liquid handling for genomics, compound screening and protein crystallography (mosquito® X1, mosquito® HTS, mosquito® Crystal, mosquito® LCP, mosquito® HV, dragonfly® crystal and dragonfly® discovery and a full range of validated consumables such as tips and plates).


About Advanced Analytical Technologies

Advanced Analytical Technologies, Inc. (AATI) develops, manufactures, and markets low and high-throughput automated analysis systems. The company’s instrument platforms optimize and accelerate complex workflows for basic science and commercial applications in life-science industries including genomics, molecular diagnostics, pharmaceuticals, healthcare, biotechnology, synthetic biology, biofuels, and agriculture. AATI’s product portfolio has instruments for parallel analysis of DNA, RNA, pharmaceutical compounds, proteins, and post-translational modifications using capillary electrophoresis (CE) with fluorescence and UV detection. The Fragment Analyzer™, Fragment Analyzer INFINITY™, and FEMTO Pulse™ are automated systems for sizing and concentration analysis of various DNA and RNA samples including genomic DNA, NGS libraries, CRISPR mutations, dsDNA fragments, PCR amplicons, microsatellite SSR, RFLP, total RNA, mRNA, small and microRNA, single-cell and cell-free isolates. Advanced Analytical has facilities in Ankeny, Iowa, USA, Heidelberg, Germany, and Paris, France.



  1. Kyle M. Loh*, Angela Chen*, Pang Wei Koh, Tianda Z. Deng, Rahul Sinha, Jonathan M. Tsai, Amira A. Barkal, Kimberle Y. Shen, Rajan Jain, Rachel M. Morganti, Ng Shyh-Chang, Nathaniel B. Fernhoff, Benson M. George, Gerlinde Wernig, Rachel E.A. Salomon, Zhenghao Chen, Hannes Vogel, Jonathan A. Epstein, Anshul Kundaje, William S. Talbot, Philip A. Beachy, Lay Teng Ang^, Irving L. Weissman^; Mapping the pairwise choices leading from pluripotency to human bone, heart, and other mesoderm cell types. Cell, 166:451-467, 2016.
  1. Pang Wei Koh*, Rahul Sinha*, Amira A. Barkal, Rachel M. Morganti, Angela Chen, Irving L. Weissman^, Lay Teng Ang^, Anshul Kundaje^ & Kyle M. Loh^; An atlas of transcriptional, chromatin accessibility, and surface marker changes in human mesoderm development. Nature Scientific Data, 3:160109, 2016.

*Co-first author
^Co-senior author


Blog: How to seamlessly grow your library to a million compounds in three easy steps

How to seamlessly grow your library to a million compounds in three easy steps

Automated solutions to improve the ‘flow’ in the sample management workflow and reduce costs

As reported in a recent survey, the top three requirements for a successful compound management system include: accessibility, the ability to maintain a dynamic collection, and compound integrity. Although it is obvious that compound management groups need to consider all these things, there is also mounting pressure to reduce costs while still retaining integrity and efficiency, which creates a challenging and complex task for compound management.

Intelligent sample management: moving compounds seamlessly – a case study from Dart NeuroScience (San Diego, USA)

Dart NeuroScience LLC (DNS) is a leading pharmaceutical company focusing on the discovery and development of innovative drugs for memory disorders. DNS made the radical decision to create more drug compounds in-house thereby protecting their own IP. To succeed in this task which would increase the size of their compound collection to 1 million compounds, many challenges would need to be overcome.

TTP Labtech Ltd. (Melbourne, UK) embraced the challenge and successfully supplied DNS with all the technology and tools to optimise their workflow in 3 easy steps:

1. Storing their compounds in high-density, automated stores

Currently, DNS possess 6 automated comPOUND freezers (TTP Labtech) that can store 1.2 million compounds. The stores are linked to increase throughput as samples held in several freezers can be simultaneously retrieved into one 96-well format rack.

2. Processing the tubes using automated retrieval and transport system

No more manual processing of tubes from store to aliquoting and then back to store. DNS is now able to process 30,000 tubes per day using TTP Labtech’s comPILER sample processing system.  The pick-time was reduced by 9-fold per 96-well plate with a saving of 1.5 FTEs.

3. Automating the creation of assay ready plates

DNS has decreased the total picking time for a 5,000 hit-picking campaign by 80% and the total personnel time required by 88%. In addition, these improvements have enabled assays to be miniaturised down to nanolitre volumes in 1536-well plates.

Dr Jose Quiroz (Associate Director at DNS) remarked, “There are three main reasons why we chose TTP Labtech as our preferred vendor: 1) The products – they had the products that did exactly what we needed them to do; 2) cost – because comPOUND is a modular system the upfront cost is reduced, but we still have the capability to expand; 3) the people – we have great trust in TTP Labtech, they have always been there when we have needed them and the service engineers go an extra mile to help customers anytime.”

Click here if you would like to read the DNS case study

You can also meet our sample management expert and learn about our streamlined tube-to-plate processing solution at the following events:


If you have any other questions or want to talk to a TTP Labtech expert about your sample management workflow requirement please contact

blog: Introducing our poster award winner

Poster Award winner: Carlos Perez Arques

In our previous blog we learned about Ana Isabel Matos (travel grant recipient) and her research aimsPicture_Carlos_Perez_Arques. This week, we’re going to speak with Carlos Perez Arques (poster award winner) to find out more about his journey into scientific discovery!

Please tell us which conference you would like your poster to appear at:
29th Fungal Genetics Conference in Asilomar Conference Center, Pacific Grove, California (USA)

Please tell us about your research:
I began my research in connection with a research project about Mucor circinelloides, an early-diverging fungus which is a causal agent for an infectious disease known as mucormycosis. Despite the existence of a modern arsenal of antifungal drugs, mortality rates for this infectious disease remain devastatingly high since Mucorales present an unusual drug resistance. Consequently, a current demand of novel therapeutic targets is triggering the exploration of the genetic basis involved in mucormycosis.
This project attempts to link gene silencing via RNAi, a fascinating mechanism which among other functions controls gene expression in this fungus, with regulating pathogenesis. My work analyzes Mucor gene silencing mechanism role in regulating essential biological processes. To do so, we are undertaking transcriptomical analyses in mutants for the RNAi pathway, which are a virulent, and comparing them to virulent wild-type strains in order to find differentially expressed genes and small RNA producing loci. So far we have determined that Mucor controls the expression of genes implicated in vegetative development, specifically in asexual sporulation and nutritional starvation responses; sexual interaction and mating; and, more importantly, virulence factors.
Furthermore, we have uncovered a new protein, named R3B2, architecture domain highly consistent with a ribonuclease. This putative ribonuclease, along with RNA-dependent RNA polymerases, takes part in an alternative or non-canonical gene silencing mechanism. By creating a knockout mutant, we have demonstrated that R3B2 is involved in pathogenesis, indicating that this non-canonical RNAi pathway, and its target genes, could be used as therapeutic targets for novel antifungal drugs.

How does your research apply to the topics of discussion at the above-mentioned conference?
The 29th Fungal Genetics Conference dedicates a fair amount of sessions to basal fungi, including Mucoralean fungi. This group of early-diverging fungi are often reluctant to classical genetic tools like transposable elements or gene mapping, so novel strategies by which to study this fungal group are always well received. My research makes use of a transcriptomic advances to understand the molecular basis of pathogenesis and virulence in an understudied organism such as Mucor circinelloides, so this approach could be extremely interesting to the conference attendants.

Mucormycosis is very little understood, owing to a lack of genetic studies related to virulence. My work tries to link a very specific non-caninocal gene silencing pathway, not present in mammals, with pathogenesis and thus establishing the foundations to create novel and effective antifungal therapies.

What do you hope to learn/gain from submitting your poster at this conference?
I started my Master’s thesis in connection with a research project about Mucor circinelloides pathogenesis, a filamentous fungi belonging to the order Mucorales which is a causal agent for an infectious disease known as mucormycosis. This work taught me RNA manipulation and detection techniques to study gene expression, hence allowing me to embark on a PhD thesis to analyze Mucor gene silencing mechanism role in essential biological processes, such as vegetative development, sexual interaction and pathogenesis. It is my first year as a PhD student and I feel the need to enlarge and improve my contact network. Attending to this conference is an excellent choice due to its international recognition and affinity with my field of study. This could allow me to carefully plan future stays on different research groups and expand my studies. Furthermore, assisting to this conference will provide an extraordinary opportunity to learn new genetic and molecular techniques which I could use in my current research, and be aware of recent findings with which to draw new hypothesis and interpretations for my results. I also believe that presenting my results in a comprehensible manner could help me grow professionally as a scientist, and I am eager to do so among an audience that shares my enthusiasm for fungal genetics.
However, political and economic turmoil in my country due to unfruitful government elections has caused a dire lack of funds in my research group. We have been almost a year without national government and because of that our group has not received all allocated funds established for our research projects. This lack of funding is threatening our ability to finance our attendance to the 29th Fungal Genetics Conference at Asilomar and urged us to request this poster award.

Well we are absolutely thrilled to be able to help to support Carlos in his endeavours!

We would like to thank Carlos, Ana and all of the tremendous applicants for sharing their research with us. Please continue to follow us on social media for updates pertaining to future travel grants or poster awards. Meanwhile, have a lovely week!

app note: eliminating false-negative hits in ATP‑luminescence

Miss the AGBT17 meeting? Here’s a recap!

Miss the AGBT17 meeting? Here’s a recap!

We were thrilled to present  mosquito® HTSHV and X1 at this year’s Advances in Genome Biology and Technology (AGBT) General Meeting was held in Florida (13-16 February), USA!

The meeting brought together technology, software, applications, data resources and public policy. It also provided a forum for exchanging information about the latest advances in DNA sequencing technologies, experimental and analytical approaches for genomic studies, and their applications.

mosquito liquid handlers for genomics


  • superior accuracy and precision coupled with high speed transfers using true positive displacement pipetting technology
  • reduce sample and reagent requirements to 20 pg or less of nucleic acid and up to 50-fold reduction in reagents
  • no cross-contamination, no carryover with our low-cost disposable pipettes
  • be in control with the simple software interface by easily creating new protocol

application areas

Low volume liquid handling with mosquito HTS, HV and X1

  • synthetic & molecular biology: High-throughput, miniaturised reactions for PCR, cloning and DNA assembly with mosquito
  • nucleic acid sequencing: Low cost, low volume library preparation for single cell analysis, including DNAseq, RNAseq and normalisation
  • gene expression profiling: Cost-effective, high-throughput analysis of mRNA with rapid qPCR set-up

Poster presentations:

picture of Peter Accurate quantitation and normalisation of genomic DNA for high-throughput DNA library construction
Click here to see the full poster

Dr. Peter Ellis – Senior Staff Scientist
The Wellcome Trust Sanger Institute (Cambridge, UK)

Miniaturization and automation of CEL-Seq2 and SMARTer-Seq using the mosquito HTS liquid handler
Melanie Adams-Cioaba, TTP Labtech (US office)
Click here to see the full poster
Click here to see the related article

View the latest JALA publication here: Miniaturisation Technologies for Efficient Single-Cell Library Preparation for Next-Generation Sequencing

Are you interested in a demo? >>Book it here!

Our team had a great time hearing about all the latest research going on in the field of genomics and were happy to present the Mavic Pro drone camera to one lucky winner who played our mosquito lucky dip!

AGBT photo1mosquito photophoto of booth prize