Your central resource for understanding authentic citrus bergamot, Bergamot Polyphenolic Fraction, ingredient standardization, clinical research, formulation applications, and the Bergamonte® portfolio.
Understanding Citrus Bergamot
Authentic bergamot comes from Citrus bergamia Risso, a distinctive citrus species closely associated with Calabria, Italy. Its juice and albedo contain a characteristic spectrum of flavonoids and other naturally occurring compounds that have made bergamot the subject of extensive metabolic, cardiovascular, vascular, and cellular research.
Botanical identity matters because different citrus species can have very different phytochemical profiles and therefore different health benefits and efficacy.
What is Citrus
Bergamot?
Citrus bergamia Risso is a distinctive citrus species traditionally grown in Calabria, Italy, and the botanical source behind the Bergamonte® platform.
Why
Calabria, Italy?
Calabria provides the traditional growing environment for authentic Citrus bergamia, making the region central to the fruit’s botanical identity and provenance.
Bergamot vs.
Other Citrus
Citrus bergamia has a distinct phytochemical profile and should not be considered interchangeable with other citrus species such as Citrus aurantium or Citrus medica.
From Fruit to
Ingredient
The juice and albedo of Citrus bergamia provide the botanical material that is processed and standardized into Bergamonte® ingredient formats.
Bergamonte® gives product developers more than a single citrus extract. The platform gives brands greater flexibility to match the ingredient to the product rather, than forcing every concept into one solution.
CHOOSING AN INGREDIENT
The Bergamonte® portfolio includes multiple standardized extracts and specialized ingredient systems rather than a one-size-fits-all bergamot ingredient. Each option has its own composition, scientific positioning, and formulation role, giving product developers greater flexibility when matching an ingredient to a health application, dose, delivery format, and finished-product concept.
The Bergamonte® science begins with a distinctive spectrum of flavanones naturally associated with authentic Citrus bergamia Risso. Neoeriocitrin, naringin, neohesperidin, melitidin, and brutieridin form the characteristic profile used to standardize BPF® ingredients, providing product developers with a more defined measure of composition than total polyphenols alone. Different Bergamonte® variations offer different concentrations of these compounds, allowing formulators to select the profile best suited to their product goals.
Neoeriocitrin is part of the antioxidant-rich chemistry naturally found in citrus. It has drawn research interest for the way plant polyphenols interact with oxidative and metabolic processes, giving it relevance well beyond simply being another measurable citrus compound.
| Chemical Formula | C27H32O15 |
| Compound Type | Citrus flavanone glycoside |
| Occurrence in Citrus | Occurs in bergamot and other citrus species |
| Role in Bergamot Fingerprint | One of five standardized BPF® flavanones |
| Research Focus | Polyphenol, antioxidant and metabolic research |
| What Makes It Distinctive | Major component of the broader bergamot flavanone matrix |
Naringin is one of the most recognizable flavanones in citrus research. Its long scientific history spans antioxidant, metabolic and cardiovascular investigation, making it a useful reference for understanding how citrus-derived polyphenols can interact with multiple areas of human physiology.
| Chemical Formula | C27H32O14 |
| Compound Type | Citrus flavanone glycoside |
| Occurrence in Citrus | Found across multiple citrus species |
| Role in Bergamot Fingerprint | One of five standardized BPF® flavanones |
| Research Focus | Metabolic and antioxidant pathways |
| What Makes It Distinctive | Familiar citrus flavanone placed within the complete bergamot matrix |
The research around neohesperidin focuses on how this citrus polyphenol behaves within systems tied to antioxidant protection, circulation and metabolism. That makes it an interesting example of how the value of citrus extends beyond a single headline compound or mechanism.
| Chemical Formula | C27H32O15 |
| Compound Type | Citrus flavanone glycoside |
| Occurrence in Citrus | Occurs in bergamot and other citrus species |
| Role in Bergamot Fingerprint | One of five standardized BPF® flavanones |
| Research Focus | Polyphenol, antioxidant and metabolic research |
| What Makes It Distinctive | Major component of the broader bergamot flavanone matrix |
Melitidin is where bergamot chemistry becomes more distinctive. Unlike more widely distributed citrus flavanones, this bergamot-associated derivative has structural characteristics that have attracted attention in cholesterol-metabolism research, while also helping scientists verify the chemical identity of authentic Citrus bergamia.
| Chemical Formula | C33H40O18 |
| Compound Type | Characteristic bergamot flavanone derivative |
| Occurrence in Citrus | Particularly associated with authentic bergamot |
| Role in Bergamot Fingerprint | Important authentication marker within the BPF® profile |
| Research Focus | Cholesterol-biosynthesis and lipid-metabolism pathways |
| What Makes It Distinctive | Contains an HMG-related structural feature of particular scientific interest |
Brutieridin is another of bergamot’s more unusual flavanone derivatives and an important part of what makes the fruit chemically distinctive. Its structural features have generated interest in cholesterol-related pathways, while its characteristic presence in bergamot adds another layer of confidence when evaluating botanical authenticity.
| Chemical Formula | C34H42O19 |
| Compound Type | Characteristic bergamot flavanone derivative |
| Occurrence in Citrus | Particularly characteristic of Citrus bergamia |
| Role in Bergamot Fingerprint | Distinguishing marker of authentic BPF® |
| Research Focus | Cholesterol-biosynthesis and lipid-metabolism pathways |
| What Makes It Distinctive | Helps distinguish authentic bergamot from citrus extracts containing only common flavanones |
Find answers to common product-development questions about Bergamonte® ingredients, including botanical sourcing, portfolio differences, standardization, clinical research, suggested applications, formulation formats, certifications, documentation, sample requests, and commercial supply support.
Citrus Bergamot BPF is a standardized polyphenolic fraction derived exclusively from the juice and albedo of Citrus bergamia Risso, concentrated for defined flavanone content and clinically validated metabolic activity.
Bergamonte BPE-Complex is an advanced formulation based on Citrus Bergamot polyphenols, often combined with pectin or complementary components to enhance metabolic and cardiometabolic outcomes.
BPF is standardized to specific bioactive flavanones, whereas most bergamot extracts are standardized only to total polyphenols or are not standardized at all.
Only Citrus bergamia Risso is used. Other citrus species such as Citrus aurantium or Citrus medica are not equivalent and do not contain the same flavanone profile.
It means the extract is quantitatively controlled for specific flavanones known to drive biological activity, rather than unspecified total polyphenols.
BPF is standardized to five primary flavanones, including naringin and neohesperidin, along with bergamot-specific compounds.
