NAD+ (Nicotinamide Adenine Dinucleotide) Complete Research Kit

High-Purity Coenzyme & Cellular Metabolism Reagent Matrix

Hercules Labs presents a comprehensive, all-in-one scientific solution: the NAD+ Complete Research Kit. This turn-key package pairs our premium, high-purity endogenous pyridine nucleotide with a precision-engineered delivery and storage system.

NAD+ serves as a central redox cofactor and master signaling molecule in cellular metabolism. In its oxidized form, it is the primary driver of electron transfer reactions, making it indispensable for research into oxidative phosphorylation, glycolysis, and mitochondrial energy production. To maximize laboratory efficiency, accuracy, and sterility, this kit bundles the active coenzyme with a metered injector pen, a custom-molded protective case, and sterile safety needles—providing qualified professionals with a streamlined matrix for high-stakes scientific breakthroughs.

What’s Included in the Kit:

• Hercules Labs NAD+ Supply: High-purity ($\ge 99\%$), high-concentration (100mg/ml) liquid NAD+ pre-configured for automated delivery systems.

• Precision Dial-Dose Injector Pen: Constructed with a premium anodized aluminum body, featuring a micro-dial volume calibration window and tactile click mechanism for exact, reproducible dosing.

• Premium Hard Shell Protective Case: A minimalist, crush-resistant matte black travel and storage case. Features a custom-molded gray microfiber interior designed to securely cradle the pen and safety needles, protecting your sensitive equipment from drops, light exposure, and ambient contaminants.

• Sterile Safety Pen Needles: A supply of sealed, ultra-fine safety needles (4mm) designed with a universal threaded hub to attach seamlessly to the injector pen for clean, uniform deployment.

Research Profile

• Fundamental Energy Homeostasis: By modulating the NAD+/NADH ratio, researchers can observe significant shifts in the metabolic state of cellular models.

• Mitochondrial & Redox Tracking: Optimized for investigating the efficiency of the electron transport chain, ATP production, and cellular responses to oxidative stress.

• Enzymatic Regulation: Serves as a necessary co-substrate for sirtuins (SIRT1-7) and PARP enzymes, which are key targets in longevity, genomic stability, and epigenetic research.

• Streamlined Automated Dosing: The pre-configured injector pen system eliminates manual syringe measurement errors, allowing for rapid, highly repeatable, and micro-targeted automated dosing protocols to observe immediate kinetic responses in real-time.

Handling, Stability & Storage

To preserve the bioactivity of your Hercules Labs NAD+ solution, follow these strict laboratory protocols:

• Kit Initialization: Follow standard laboratory protocols for priming automated delivery mechanisms to ensure uniform distribution and micro-dose precision before the first test cycle.

• Environmental Sensitivity: NAD+ is highly sensitive to pH fluctuations (specifically hydrolysis in acidic/basic conditions) and temperature changes. Store un-opened kits in a cool, dark place to prevent photo-degradation.

• Temperature Control: Once the individual injector pen is initialized or opened, it must be kept refrigerated between 2°C and 8°C.

• Potency Protocol: To ensure peak potency and avoid baseline degradation, discard the individual injector pen 30 days after initial opening or initialization. The un-opened shelf life is 30 months from the date of production.

Primary Research Applications

1. Metabolic Profiling and Mitochondrial Health

Assessing cellular redox states and mitochondrial health. The implementation of precision injector pens allows researchers to administer rapid, highly controlled micro-doses to observe immediate metabolic fluctuations and kinetic responses in real-time.

2. DNA Repair Inquiry

Studying the recruitment of PARPs during induced genomic stress. High-purity NAD+ provides the required enzymatic fuel to observe cellular repair mechanisms under varying degrees of simulated cellular damage.

3. Sirtuin Activation Research

Investigating the downstream effects of NAD+-dependent histone deacetylation. Researchers utilize this compound to map epigenetic modifications and pathways closely linked to cellular longevity and metabolic regulation.

4. Reference Standards and Assay Testing

Utilizing high-purity liquid NAD+ as a gold-standard reference in enzymology and metabolic assays, ensuring reliable control baselines across multiple concurrent experiments.

Precision Sourcing from Hercules Labs

Hercules Labs is the industry-leading source for high-purity research reagents. By unifying our ultra-pure, 100mg/ml NAD+ compound with a professional, metered delivery pen and a rigid protective armor case, we deliver the precise, turn-key setups required for reproducible laboratory data.

LEGAL DISCLAIMER: All products provided by Hercules Labs are strictly for research and laboratory use only. These substances are not intended for human or animal consumption. They are not to be classified as drugs, food, or cosmetics. Handling must be restricted to qualified professionals who acknowledge the inherent risks and responsibilities of laboratory research.