Home Ingredients Lysoveta® (LPC-Bound EPA/DHA from Krill — Aker BioMarine)
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Lysoveta® (LPC-Bound EPA/DHA from Krill — Aker BioMarine)

Euphausia superba
Evidence Level
Moderate
2 Clinical Trials
6 Documented Benefits
3/5 Evidence Score

Lysoveta® is Aker BioMarine's novel omega-3 ingredient — krill-derived EPA and DHA bound to lysophosphatidylcholine (LPC). The mechanistic rationale is compelling: the brain cannot synthesize EPA/DHA efficiently and must import them across the blood-brain barrier (BBB) via the MFSD2A transporter. Critically, MFSD2A only recognizes EPA/DHA esterified to LPC — standard fish/krill oil omega-3s in triglyceride (TG) or phospholipid (PL) forms don't efficiently engage this brain-uptake transporter. Preclinical evidence shows oral DHA as LPC increased brain DHA content more than 2-fold in adult mice, while the same amount of free DHA did not. NDI-approved in the US at up to 1.5 g/day for the general adult population. Honest framing: the LPC-MFSD2A mechanism is solidly established in preclinical/molecular research and the NDI approval validates safety; large clinical efficacy trials for cognitive outcomes are still in progress. Lysoveta represents a mechanistic bet rather than an evidence-established cognitive intervention.

Studied Dose Up to 1.5 g/day.
Active Compound Lysophosphatidylcholine (LPC)-bound EPA and DHA from Antarctic krill (Euphausia superba); Lysoveta® (Aker BioMarine).

Benefits

>2-fold brain DHA elevation (preclinical)

Adult mice receiving DHA as LPC showed a >2-fold increase in brain DHA content, while the same dose of free DHA did not increase brain DHA. Demonstrates the targeted brain delivery advantage of the LPC carrier form. Mechanism applies broadly to PUFAs including EPA.

Supported by Trial 2

BBB-targeted delivery via MFSD2A

MFSD2A (Major Facilitator Superfamily Domain Containing 2A) is the major transporter for DHA/EPA uptake into the brain — and only recognizes esterified DHA/EPA in LPC form. Standard fish/krill oil in TG or PL forms engages the MFSD2A transporter much less efficiently. Lysoveta's LPC binding addresses this fundamental delivery challenge.

Supported by Trial 2

Membrane phospholipid building blocks

LPC delivery provides not just the omega-3 fatty acids but also the LPC carrier itself as substrate for neuronal membrane phospholipid synthesis. Brain neurons have high phospholipid turnover; supporting both fatty acid and carrier supply may have additive effects beyond standard omega-3 supplementation.

Supported by Trial 2

NDI regulatory validation

FDA accepted Aker BioMarine's NDI notification for Lysoveta at up to 1.5 g/day for the general adult population. NDI status requires a comprehensive safety dossier and represents formal regulatory validation of safe use parameters. Lysoveta is the first commercially available LPC-bound omega-3 ingredient on the market.

Supported by Trial 1, Trial 2

Patent portfolio reflecting research investment

40 patents in 16 countries protecting Lysoveta's composition, usage, and production. Reflects substantial R&D investment over years to develop the production process from raw krill to LPC-bound omega-3 — not a simple reformulation of existing krill oil.

Supported by Trial 2

Eye health applications (theoretical)

MFSD2A also operates at the blood-retina barrier, controlling omega-3 supply to retinal photoreceptors. Lysoveta's LPC carrier should engage this transporter similarly. Theoretical relevance for macular and retinal health — though clinical evidence in eye outcomes is preliminary.

Supported by Trial 2

Mechanism of action

1

MFSD2A transporter recognition

MFSD2A is a major facilitator superfamily transporter expressed on brain endothelial cells (BBB) and retinal pigment epithelium. It specifically recognizes LPC esters of omega-3 PUFAs and transports them into brain/eye tissue, the essential brain omega-3 uptake mechanism. Lysoveta provides EPA/DHA in the exact molecular form MFSD2A recognizes.

2

Bypassing TG/PL hydrolysis

Standard fish oil (TG) and krill oil (PL) omega-3s undergo intestinal and circulating hydrolysis to free fatty acids before reaching brain endothelium. Free fatty acids cross BBB inefficiently — MFSD2A doesn't recognize them. Lysoveta's pre-formed LPC esters bypass this hydrolysis bottleneck.

3

Neuronal membrane DHA enrichment

Brain DHA is concentrated in neuronal membrane phospholipids — especially in synaptic regions. Adequate brain DHA supports membrane fluidity, synaptic function, and resolution of neuroinflammation. The >2-fold brain DHA elevation seen in preclinical work targets exactly this mechanism.

4

EPA-specific anti-neuroinflammatory effects

EPA produces specialized pro-resolving mediators (SPMs) including E-series resolvins. EPA-LPC delivery to the brain could specifically support neuroinflammatory resolution — distinct from DHA's structural membrane role. The Lysoveta NDI dose range allows formulation flexibility for EPA-emphasis applications.

Clinical trials

1
KGK Science Cognitive Function Trial — In Progress

Aker BioMarine partnered with KGK Science (CRO) for the first dedicated Lysoveta clinical trial.

138 healthy adults aged 50-75 with mild memory complaints

Aker BioMarine partnered with KGK Science (CRO) for the first dedicated Lysoveta clinical trial. Design: n=138 healthy adults aged 50-75 with mild memory complaints. Primary outcome: cognitive function effects, with focus on memory improvements. Will assess if Lysoveta effectively delivers EPA/DHA to brain and improves cognitive outcomes. Trial is in progress; results not yet published as of the most recent updates.

2
Preclinical LPC-DHA Brain Uptake

Landmark Nature publication establishing MFSD2A as the essential brain omega-3 transporter — and demonstrating that it only recognizes LPC-bound omega-3s. Subsequent preclinical work showed oral DHA as LPC at 40 mg/kg for 30 days in adult mice produced >2-fold brain DHA increase, while the same dose of free DHA produced no brain increase.

Clinical population described in trial publication.

Landmark Nature publication establishing MFSD2A as the essential brain omega-3 transporter — and demonstrating that it only recognizes LPC-bound omega-3s. Subsequent preclinical work showed oral DHA as LPC at 40 mg/kg for 30 days in adult mice produced >2-fold brain DHA increase, while the same dose of free DHA produced no brain increase. Foundational mechanistic evidence underlying Lysoveta's development rationale.

Side effects and drug interactions

Common Potential side effects

Well-tolerated in safety studies supporting the FDA NDI notification.
Krill-derived — not suitable for individuals with shellfish or crustacean allergies.
Mild fishy aftertaste or burping less common than with standard fish oil due to phospholipid form, but possible at higher doses.
Mild GI effects (loose stools) possible at higher doses.
Standard omega-3 safety profile applies — no significant adverse events documented in preclinical or pilot human use.

Important Drug interactions

Anticoagulants/antiplatelets — omega-3s mildly inhibit platelet aggregation; monitor INR with warfarin and other anticoagulants; discontinue 1-2 weeks before surgery.
Antihypertensives — omega-3s have mild BP-lowering effects; additive with antihypertensive medications.
Diabetes medications — minimal interaction with EPA/DHA at typical doses.
Pregnancy and lactation — omega-3 supplementation generally encouraged in pregnancy; Lysoveta's krill source contains shellfish allergens (caution with shellfish allergy).
Children — Lysoveta NDI is for general adult population; pediatric dosing not established.

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Frequently asked questions about Lysoveta® (LPC-Bound EPA/DHA from Krill — Aker BioMarine)

What is Lysoveta?

Lysoveta® is Aker BioMarine's novel omega-3 ingredient — krill-derived EPA and DHA bound to lysophosphatidylcholine (LPC). The mechanistic rationale is compelling: the brain cannot synthesize EPA/DHA efficiently and must import them across the blood-brain barrier (BBB) via the MFSD2A transporter.

What is Lysoveta used for?

Lysoveta is researched primarily for Cognitive and Eye Health. Adult mice receiving DHA as LPC showed a >2-fold increase in brain DHA content, while the same dose of free DHA did not increase brain DHA. Demonstrates the targeted brain delivery advantage of the LPC carrier form.

What is the recommended dosage of Lysoveta?

The clinically studied dose is Up to 1.5 g/day. Always follow the product label and check with a healthcare provider for personal advice.

Is Lysoveta safe, and does it have side effects?

For most healthy adults, Lysoveta is well tolerated at studied doses. Reported effects can include: Well-tolerated in safety studies supporting the FDA NDI notification. Krill-derived — not suitable for individuals with shellfish or crustacean allergies. It may also interact with some medications. Lysoveta is not right for everyone, so check with a healthcare provider first if you are pregnant or breastfeeding, have a medical condition, or take prescription medication.

Does Lysoveta interact with any medications?

Possible interactions include: Anticoagulants/antiplatelets — omega-3s mildly inhibit platelet aggregation; monitor INR with warfarin and other anticoagulants; discontinue 1-2 weeks before surgery. Antihypertensives — omega-3s have mild BP-lowering effects; additive with antihypertensive medications. If you take prescription medication, check with a pharmacist or doctor before using it.

How strong is the scientific evidence for Lysoveta?

NutraSmarts rates the evidence for Lysoveta as Moderate (3 out of 5). It is backed by 2 clinical trials and 4 cited references summarized on this page. A higher rating reflects more, larger, and better-designed human studies.

References(4 citations)

Evidence ratings on NutraSmarts are based on the totality of human clinical research, with emphasis on randomized controlled trials, meta-analyses, and systematic reviews. The references below directly support claims made throughout this page.

  1. Nguyen C, Lei HT, Lai LTF, Gallenito MJ, Mu X, Matthies D, Gonen T Lipid flipping in the omega-3 fatty-acid transporter Nat Commun. 2023;14(1):2571. doi: 10.1038/s41467-023-37702-7.PubMedUsed to support: Cryo-EM structural study elucidating molecular mechanism of MFSD2A transporting LPC-bound omega-3 (DHA, ALA) across biological membranes — directly supporting the BBB-targeted delivery via MFSD2A mechanism claim for Lysoveta's LPC-bound EPA/DHA. (Mechanistic structural biology evidence.)
  2. Blades F, Yazici AT, Cater RJ, Mancia F MFSD2A in Focus: the Molecular Mechanism of Omega-3 Fatty Acid Transport Physiology (Bethesda). 2025;40(5). doi: 10.1152/physiol.00068.2024.PubMedUsed to support: Review article on MFSD2A as the molecular transporter for LPC-bound omega-3 fatty acids into the brain — supports BBB-targeted delivery via MFSD2A and membrane phospholipid building block claims for LPC-form DHA/EPA. (Mechanistic review, compound-level evidence not branded Lysoveta.)
  3. Andriambelo B, Vachon A, Dansereau MA, Laurent B, Plourde M Providing lysophosphatidylcholine-bound omega-3 fatty acids increased eicosapentaenoic acid, but not docosahexaenoic acid, in the cortex of mice with the apolipoprotein E3 or E4 allele Prostaglandins Leukot Essent Fatty Acids. 2025;204:102661. doi: 10.1016/j.plefa.2024.102661.PubMedUsed to support: Preclinical study demonstrating LPC-bound omega-3 supplementation increases EPA in brain cortex via MFSD2A-dependent route in APOE3/E4 mice — supporting the brain DHA/EPA elevation via LPC form mechanism claim. (Animal evidence, supports mechanism; compound-level, not branded Lysoveta.)
  4. Schuchardt JP, Schneider I, Meyer H, Neubronner J, von Schacky C, Hahn A Incorporation of EPA and DHA into plasma phospholipids in response to different omega-3 fatty acid formulations--a comparative bioavailability study of fish oil vs. krill oil Lipids Health Dis. 2011;10:145. doi: 10.1186/1476-511X-10-145.PubMedUsed to support: Human crossover bioavailability study in 12 men showing krill-phospholipid-form omega-3 numerically achieved higher plasma phospholipid EPA+DHA AUC than triglyceride-form fish oil, supporting superior bioavailability of phospholipid-bound omega-3 (the same phospholipid carrier principle as Lysoveta's LPC-EPA/DHA). Note: differences were not statistically significant; compound-level evidence, not branded Lysoveta.