From distinctive Calabrian polyphenols to human clinical research, Bergamonte® is built on a scientific platform that connects botanical chemistry, standardized extraction, multiple biological pathways, and measurable outcomes.
Authentic Botanical Identity
Derived from Citrus bergamia Risso, the bergamot species traditionally grown in Calabria, Italy.
Distinctive Polyphenol Profile
Features neoeriocitrin, naringin, neohesperidin, melitidin, and brutieridin among its characteristic compounds.
Standardized Extracts
Multiple Bergamonte® formats provide defined flavanone and polyphenol concentrations for different formulation needs.
Patented Extraction Technology
Proprietary processing helps transform the botanical into a consistent, research-ready ingredient platform.
The Polyphenol Difference
Bergamot contains a complex mixture of naturally occurring phytochemicals, but several compounds are central to the Bergamonte® science story. Alongside familiar citrus flavonoids such as naringin and neohesperidin, bergamot contains melitidin and brutieridin—distinctive compounds that have helped drive research into its effects on cholesterol metabolism and broader cardiometabolic pathways.
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 |
Mechanisms of Action
One of the defining characteristics of Bergamonte® research is that the science does not point to a single mechanism. Bergamot polyphenols have been investigated across pathways involved in cholesterol synthesis and elimination, cellular energy regulation, lipid metabolism, oxidative balance, inflammatory signaling, and cellular renewal. Together, these mechanisms provide biological context for the range of outcomes explored in human and preclinical research.
Published studies have examined different Bergamot Polyphenolic Fraction formulations, intake levels, study durations, and populations, with outcomes spanning several interconnected areas of health.
Scientific depth matters most when it can be translated into a better finished product. Bergamonte® gives formulators access to a family of standardized ingredients with different compositions and research applications, allowing the scientific strategy to be matched to the intended benefit, formulation format, dose, and market positioning.
Select the Right Ingredient
Choose among multiple Bergamonte® portfolio variations based on standardization and intended application.
Build Around Relevant Evidence
Align the finished-product story with the research most applicable to the selected ingredient and benefit.
Support Credible Positioning
Use defined mechanisms and clinical outcomes to create more substantive product education.
Move From Concept to Commercialization
Access technical documentation, samples, formulation guidance, and HP Ingredients support throughout development.
Have a product concept or want to explore where Bergamonte® fits within your formulation? Connect with the HP Ingredients team to discuss the research, ingredient options, technical documentation, samples, and formulation considerations relevant to your specific application and development goals.
