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Evidence-backed plant bioactives

The operating system for botanical biotechnology

We turn plant bioactives into standardized, evidence-backed ingredients for clinical nutrition, functional foods, nutraceuticals, pharmaceuticals and animal health.

Absorbance / mAU Compound profile · illustrative
PHENOLIC ACIDS POLYPHENOLS
5 10
Retention time / min 9 resolved peaks

Built for

Clinical Nutrition Functional Foods Nutraceuticals Pharmaceutical Animal Health & Aquaculture

We generate global solutions with science.

Platform

We don’t ship a plant. We ship a specification.

A botanical extract only becomes useful to a formulator when its bioactive profile is defined, reproducible and transferable to industrial volume. That is the entire job — and it is where most plant-derived ingredients fail.

Standardized

Every batch is adjusted to the same bioactive profile and released against a reference specification. The number on the certificate is the number in the drum.

Evidence-backed

Activity is confirmed in experimental models before an ingredient leaves research. Nothing moves forward on a literature claim alone.

Scalable

Processes are designed in the lab to survive the transfer to industrial volume, because a result that only works at bench scale is not a product.

Laboratory centrifuge mid-run during sample preparation
Applications

One platform, five industries.

The same standardized bioactive reaches a clinical formula, a cereal bar, a capsule, a preclinical study and a salmon pellet. What changes is the matrix it has to survive.

Clinical consultation between a physician and an older patient CLN · 01 / 05
Clinical Nutrition

Medical nutrition where the formulation has to hold up under scrutiny.

Bioactives designed for oral nutritional supplements and medical drinks, where stability, dosing accuracy and tolerability decide whether a formula reaches the patient.

  • Ready-to-drink
  • Oral supplements
  • Enteral formulas
  • Powdered blends
Yogurt bowl with fruit and grains, an everyday functional food format FNF · 02 / 05
Functional Foods

Turn a processed food into a functional one without rebuilding it.

Ingredients that carry a measurable bioactive load into everyday formats, so a manufacturer can add function to an existing product line instead of launching a new category.

  • Cereal bars
  • Yogurts
  • Functional beverages
  • Juices
  • Snacks
Capsules and tablets in the finished formats a supplement ships in NTC · 03 / 05
Nutraceuticals

Premium supplements built on a standardized active, not a plant powder.

Standardized extracts with a defined bioactive profile, so the label claim on a capsule matches what is actually in it — batch after batch.

  • Capsules
  • Tablets
  • Gummies
  • Powders
  • Sachets
Plant tissue segments in a petri dish under sterile laboratory conditions PHR · 04 / 05
Pharmaceutical

Plant bioactives as candidates for translational research.

We characterize compounds against relevant biological models — including cell culture and tumor organoid work — to identify actives with therapeutic potential.

  • Active candidates
  • Translational research
  • Preclinical models
  • Analytical dossiers
Sea cages at a working salmon farm ANH · 05 / 05
Animal Health & Aquaculture

Performance and health inputs for feed at industrial scale.

Bioactives formulated for feed matrices, where the ingredient has to survive processing, stay stable in the pellet and remain viable at production cost.

  • Salmon feed
  • Pellets
  • Livestock
  • Pet nutrition
Our purpose

We generate global solutions with science.

Improving the health of millions of people with bioactive compounds from plants, backed by scientific evidence.

Research

Where plant compounds have something real to offer.

We run research programmes on the conditions where dietary bioactives have a plausible, measurable effect — and we advance a candidate only when the result reproduces across models.

GLY

Glycemic regulation

Compounds evaluated for their effect on glucose handling and insulin response, aimed at formulations for metabolic risk populations.

  • Cell culture
  • Enzymatic assays
  • In vivo models
INF

Inflammation

Anti-inflammatory activity screened across inflammatory pathways, with candidates advanced only when the effect reproduces across models.

  • Cytokine panels
  • Cell culture
  • Organoids
MET

Metabolic disease

Bioactives studied against the cluster of metabolic conditions where diet-derived compounds have a plausible, measurable role.

  • In vivo models
  • Metabolomics
  • Biomarker panels
GUT

Gut health

Effects on intestinal barrier function and microbial ecology, evaluated with the digestive models the food industry actually accepts.

  • Intestinal organoids
  • Microbiota assays
  • Digestion models
Plant cell structures forming a connected network under microscopy
Graded series of plant extract fractions prepared for analysis
Artificial intelligence

AI proposes. The laboratory decides.

We use advanced computational tools to accelerate the discovery of new bioactives — and then we test them. Every result obtained through AI is validated experimentally with current analytical technology before it becomes an ingredient.

A plant dissolving into streams of luminous data points
  1. Models

    Chemical and biological data feed models that rank which compounds are worth the bench time.

  2. Candidates

    The model narrows thousands of possible bioactives to a shortlist with a testable hypothesis attached.

  3. Assays

    Every shortlisted compound goes to the laboratory. Analytical and biological testing decides, not the prediction.

  4. Confirmed

    Only compounds that hold up experimentally enter development — and the result goes back into the model.

Every assay result feeds back into the model. The loop is the product.

Technology & process

Six steps between a plant and a specification.

Our own biotechnological processes take raw botanical material to a highly standardized, scalable ingredient. Each step depends on the one before it — skip one and the specification stops being reproducible.

  1. 01Botanical identification

    Sourcing

    Botanical selection and traceable supply. The starting material is defined before anything is extracted from it.

  2. 02Green extraction

    Extraction

    Proprietary extraction processes tuned to the target compound rather than to the plant as a whole.

  3. 03Preparative chromatography

    Purification

    Fractionation and purification to isolate the bioactive fraction and remove what carries no function.

  4. 04HPLC · MS · NMR

    Characterization

    Chemical identity and concentration confirmed analytically. This is the step that produces the specification.

  5. 05Batch QC

    Standardization

    Every batch adjusted to the same bioactive profile, with quality control against the reference specification.

  6. 06Industrial scale-up

    Scale-up

    Process transferred to industrial volume without losing the specification that made it work in the lab.

Precision dosing of a plant extract fraction at the laboratory bench
Industrial bioreactor running a plant extract at production volume
Intellectual property

Protected before it is published.

Our solutions are covered by a deliberate intellectual property strategy. For an industrial partner, that protection is not a legal footnote — it is the reason an exclusive agreement can exist at all.

Patent strategy

Developments are filed before they are disclosed, so publication never costs us the right to commercialize.

Proprietary processes

The extraction and standardization routes are our own. The specification cannot be reproduced by buying the same plant.

Exclusivity

Protection is what makes an exclusive supply or licensing agreement possible for a partner.

Team

Built by scientists, not by a marketing department.

PaloNegro brings together researchers working on natural products chemistry, pharmacology, process engineering and computational discovery — with a shared commitment to solutions that hold up under evidence.

A researcher working at the microscope

Research in practice

Every claim on this page has to survive a bench.

Chief Scientific Officer

Natural products chemistry

Head of Research

Molecular pharmacology

Head of Process Development

Extraction & scale-up

Analytical Lead

Chromatography & mass spectrometry

Head of Computational Discovery

Machine learning for bioactives

Quality & Regulatory Lead

Standardization & compliance

Portraits and names pending from the team

Strategic alliances

Chilean science, international distribution.

Reaching a formulator in another market takes more than a good ingredient. We work with partners who already have the commercial infrastructure to place it there.

Crown Harvest
International distribution

Commercial alliance for the international distribution of PaloNegro ingredients.

Partner slot

Reserved for the next distribution or research alliance. Send us the logo and the scope and it goes here.

Contact

Tell us what you need to formulate.

contact@palonegrobiotech.com

Technical dossier

Specification, analytical profile and stability data for the ingredient you are evaluating.

Sample request

Pilot quantities for formulation trials in your own matrix.

Research partnership

Joint programmes, licensing and exclusive supply agreements.