Is PreTECHt the right fit for my project?
We work best with teams looking for informed decisions and real impact.
If the goal is simply to generate data or follow standard analyses, we are probably not the right fit.
But if you need to turn complex data into clear decisions, then it makes sense to talk.
What kind of projects are a strong fit for PreTECHt?
We work on projects where data has real impact, from R&D and product development to scientific validation and applied innovation.
We focus above all on business contexts with clear objectives, where analysis can support concrete decisions.
Does PreTECHt only provide sequencing, or also analysis and interpretation?
We offer a complete approach, from experimental planning to bioinformatics analysis and strategic interpretation of the results.
Our focus is not just on generating data, but on ensuring that data supports decisions.
Do you work with standard or customised protocols?
Our approach is always tailored.
We adapt each pipeline to the specific objectives of the project, ensuring the analysis is relevant, rigorous, and aligned with the intended impact.
Are the results understandable for non-technical teams?
Yes. We structure results so they are clear and actionable for both technical teams and business decision-makers.
Communication is a central part of our work.
At what stage of the project should I contact PreTECHt?
Ideally before sequencing, to ensure the experimental design is aligned with the objectives.
Even so, we also support ongoing projects, from review and reanalysis to strategic interpretation of existing data.
Does PreTECHt work with international companies?
Yes. We work with national and international companies and teams.
We operate in Portuguese and English, ensuring clear communication across different contexts.
How does the initial process with PreTECHt work?
We begin with an initial conversation to understand your objectives and context.
From there, we structure a tailored proposal, focused on the impact you want to achieve, not just the analysis itself.