Z DAY RESEARCH PRODUCTS

RESEARCH GUIDE & PRODUCT CATALOG

Laboratory Research • Mechanisms • Reference Information

FOR RESEARCH PURPOSES ONLY

Reference information on this page describes laboratory research topics and mechanisms only. It is not medical guidance, a dosing guide, or a recommendation for human or veterinary use.

Metabolic Research

Tirzepatide

WHAT IS IT?

A dual GIP/GLP-1 receptor agonist studied in receptor pharmacology and metabolic-signaling research.

COMMON AREAS OF RESEARCH

GIP/GLP-1 receptor pharmacology • Metabolic signaling • Glucose-regulatory pathways

HOW IT WORKS

Researchers study its activity at GIP and GLP-1 receptors and downstream signaling involved in metabolic regulation.

WHY RESEARCHERS ARE INTERESTED

Its dual-receptor activity provides a model for studying interactions between GIP and GLP-1 signaling pathways.

Retatrutide

WHAT IS IT?

An investigational triple receptor agonist targeting GLP-1, GIP, and glucagon receptors.

COMMON AREAS OF RESEARCH

Multi-receptor pharmacology • Metabolic signaling • Energy-balance pathways

HOW IT WORKS

Researchers study how simultaneous activity at GLP-1, GIP, and glucagon receptors affects downstream metabolic signaling.

WHY RESEARCHERS ARE INTERESTED

Its three-receptor design makes it useful for investigating interactions among multiple metabolic receptor pathways.

Growth Hormone Research

Tesamorelin

WHAT IS IT?

A growth hormone-releasing hormone analogue studied in GHRH-receptor and endocrine-signaling research.

COMMON AREAS OF RESEARCH

GHRH receptor signaling • GH/IGF-1 axis • Endocrine pathway research

HOW IT WORKS

Researchers study how GHRH-receptor activation influences pituitary growth-hormone signaling and downstream endocrine pathways.

WHY RESEARCHERS ARE INTERESTED

It provides a research model for examining GHRH signaling and the growth-hormone/IGF-1 axis.

Sermorelin

WHAT IS IT?

A GHRH analogue used in laboratory research involving pituitary and endocrine signaling.

COMMON AREAS OF RESEARCH

GHRH receptor signaling • Pituitary secretion models • Endocrine rhythm research

HOW IT WORKS

Researchers examine GHRH-mediated signaling and patterns of pituitary growth-hormone release.

WHY RESEARCHERS ARE INTERESTED

It is used to investigate GHRH-responsive endocrine pathways and secretion dynamics.

CJC (No DAC) + Ipamorelin

WHAT IS IT?

A two-peptide research combination used to study complementary growth-hormone signaling pathways.

COMMON AREAS OF RESEARCH

GHRH signaling • Ghrelin-receptor signaling • Endocrine pulse dynamics

HOW IT WORKS

The components act through different receptor systems that researchers use to examine short-duration growth-hormone signaling.

WHY RESEARCHERS ARE INTERESTED

The combination provides a model for studying interactions between GHRH- and ghrelin-receptor pathways.

Mitochondrial Research

MOTS-C

WHAT IS IT?

A mitochondrial-derived peptide studied for cellular energy and metabolic signaling.

COMMON AREAS OF RESEARCH

Cellular metabolism • Exercise physiology • Mitochondrial function

HOW IT WORKS

Researchers examine how it influences glucose use, cellular energy, and mitochondrial communication.

WHY RESEARCHERS ARE INTERESTED

MOTS-C is of interest because mitochondria help control how cells produce and use energy.

NAD+

WHAT IS IT?

A naturally occurring coenzyme involved in cellular redox reactions and energy metabolism.

COMMON AREAS OF RESEARCH

Cellular redox biology • Mitochondrial metabolism • NAD-dependent enzyme research

HOW IT WORKS

Researchers study NAD+ as a cofactor in cellular reactions involving redox balance, energy metabolism, and NAD-dependent enzymes.

WHY RESEARCHERS ARE INTERESTED

Changes in NAD+ availability are studied for their effects on cellular metabolism and signaling.

L-Carnitine

WHAT IS IT?

A naturally occurring compound involved in transporting long-chain fatty acids into mitochondria.

COMMON AREAS OF RESEARCH

Cellular energy • Fatty-acid metabolism • Exercise physiology

HOW IT WORKS

Researchers study its role in moving fatty acids into mitochondria, where they can be used in cellular energy pathways.

WHY RESEARCHERS ARE INTERESTED

It is studied for its relationship to mitochondrial function, energy metabolism, and exercise physiology.

SS-31 10mg

WHAT IS IT?

SS-31, also known as elamipretide, is a mitochondria-targeting tetrapeptide studied for its interaction with cardiolipin in the inner mitochondrial membrane.

COMMON AREAS OF RESEARCH

Mitochondrial membrane research • Oxidative stress research • Cellular energy and resilience research

HOW IT WORKS

It is studied for its ability to associate with cardiolipin and influence mitochondrial membrane organization, electron transport efficiency, and reactive oxygen species signaling.

WHY RESEARCHERS ARE INTERESTED

Researchers are interested in SS-31 because mitochondrial membrane organization and energy production are central to many models of cellular stress.

Additional Research Products

Wolverine Blend (BPC-157 + TB-500)

WHAT IS IT?

A two-peptide blend used in laboratory models examining tissue-signaling and remodeling pathways.

COMMON AREAS OF RESEARCH

Tissue-signaling research • Extracellular-matrix models • Cellular remodeling pathways

HOW IT WORKS

Researchers examine how the component peptides influence signaling associated with tissue organization and remodeling.

WHY RESEARCHERS ARE INTERESTED

The blend is used as a research model for studying multiple pathways involved in tissue-response biology.

GHK-Cu

WHAT IS IT?

A naturally occurring copper-binding peptide studied in extracellular-matrix, skin-biology, and gene-expression research.

COMMON AREAS OF RESEARCH

Copper-peptide biology • Extracellular-matrix research • Gene-expression pathways

HOW IT WORKS

Researchers study its interactions with copper and its effects on cellular signaling, matrix proteins, and gene expression.

WHY RESEARCHERS ARE INTERESTED

GHK-Cu is widely studied as a model for copper-peptide signaling and extracellular-matrix biology.

GLOW Blend

WHAT IS IT?

A blend of GHK-Cu, BPC-157, and TB-500 used in laboratory research involving cellular signaling and tissue-remodeling pathways.

COMMON AREAS OF RESEARCH

Peptide signaling • Extracellular-matrix research • Tissue-response models

HOW IT WORKS

Researchers examine the individual and combined signaling characteristics of the component peptides in laboratory models.

WHY RESEARCHERS ARE INTERESTED

The blend provides a multi-component model for studying overlapping peptide-signaling pathways.

KLOW Blend

WHAT IS IT?

A blend of GHK-Cu, BPC-157, TB-500, and KPV used in laboratory research involving peptide signaling and inflammatory-pathway models.

COMMON AREAS OF RESEARCH

Peptide signaling • Inflammatory-pathway research • Tissue-response models

HOW IT WORKS

Researchers examine the individual and combined signaling characteristics of the component peptides, including pathways related to inflammatory signaling.

WHY RESEARCHERS ARE INTERESTED

The blend provides a multi-component model for studying interactions among several peptide-signaling pathways.

Glutathione

WHAT IS IT?

A naturally occurring tripeptide that functions as an important intracellular antioxidant.

COMMON AREAS OF RESEARCH

Oxidative-stress research • Cellular antioxidant systems • Redox biology

HOW IT WORKS

Researchers study its role in cellular redox balance and pathways that help protect cells from oxidative stress.

WHY RESEARCHERS ARE INTERESTED

Glutathione is widely studied because of its central role in antioxidant defense and cellular homeostasis.

Melanotan-2

WHAT IS IT?

A synthetic melanocortin peptide used in laboratory research involving melanocortin-receptor signaling.

COMMON AREAS OF RESEARCH

Melanocortin signaling • Pigmentation biology • Receptor research

HOW IT WORKS

Researchers examine how it interacts with melanocortin receptors involved in pigmentation and other signaling pathways.

WHY RESEARCHERS ARE INTERESTED

It is studied as a research tool for understanding melanocortin-receptor activity and pigmentation pathways.

PT-141 10mg

WHAT IS IT?

PT-141, also known as bremelanotide, is a synthetic melanocortin peptide studied for signaling through melanocortin receptors in the central nervous system.

COMMON AREAS OF RESEARCH

Melanocortin receptor research • Neuroendocrine signaling research • Behavioral signaling models

HOW IT WORKS

It acts primarily as an agonist at melanocortin receptors, particularly MC3R and MC4R, allowing researchers to study melanocortin-related neural signaling pathways.

WHY RESEARCHERS ARE INTERESTED

Researchers are interested in PT-141 because it provides a tool for investigating central melanocortin pathways and their role in neuroendocrine and behavioral signaling.

Laboratory Diluent & Handling Reference

What Is Bacteriostatic Water?

Bacteriostatic water is sterile, nonpyrogenic water containing benzyl alcohol as a preservative. The preservative helps limit bacterial growth after the vial has been entered, allowing the container to be used as a multi-dose diluent when appropriate laboratory procedures are followed.

Generic BAC Water — 10mL

WHAT IT IS

A general bacteriostatic-water option intended for laboratory dilution and preparation.

KEY FEATURE

Contains a bacteriostatic preservative designed to help reduce bacterial growth during repeated laboratory withdrawals.

COMMON USE

A practical everyday option for compatible research products when a smaller vial is preferred.

HANDLING

Use sterile laboratory technique and follow the handling requirements for the specific research material being prepared.

Hospira Bacteriostatic Water — 30mL

WHAT IT IS

USP bacteriostatic water supplied by Hospira, Inc., a Pfizer company, in a pharmaceutical multi-dose vial.

FORMULATION

A sterile, nonpyrogenic preparation containing 0.9% benzyl alcohol as a bacteriostatic preservative.

WHY IT IS CHOSEN

Often selected when a pharmaceutical-manufacturer option, larger volume, or clearly labeled USP product is preferred.

IMPORTANT NOTE

The manufacturer labeling should be followed, including compatibility, storage, and multi-dose handling instructions.

Research Handling Reminder

Always confirm that the selected diluent is compatible with the specific research product. Protect supplies from contamination and follow appropriate laboratory storage and aseptic-handling procedures.