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Enzymes

ACTaq™ High Fidelity DNA Polymerase

ACTGene

From
$ 66.39 (1 Unit)
Sizes
2 (1 Unit)
Catalog IDs
E2000-1000U, E2000-250U
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Proteins & Peptides

Recombinant Human Procalcitonin Protein, CF SKU: 9607-PN

R&D Systems

From
$ 369.00 (50 µg)
Sizes
1 (50 µg)
Catalog IDs
9607-PN-050
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Proteins & Peptides

Recombinant Human PD-L2/B7-DC His-tag Protein, CF SKU: 9075-PL

R&D Systems

From
$ 3,200.00 (1 mg)
Sizes
1 (1 mg)
Catalog IDs
9075-PL-01M
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Proteins & Peptides

Recombinant Protein A Protein SKU: NBP2-35001

Novus Biologicals

From
$ 549.00 (1 g)
Sizes
1 (1 g)
Catalog IDs
NBP2-35001-1g
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Proteins & Peptides

Recombinant Human RGC32 Protein SKU: H00028984-Q01

Abnova

From
$ 399.00 (10 µg)
Sizes
2 (10 - 25 µg)
Catalog IDs
H00028984-Q01-10ug, H00028984-Q01-25ug
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Proteins & Peptides

Recombinant Human RPL3 Protein SKU: H00006122-P02

Abnova

From
$ 399.00 (10 µg)
Sizes
2 (10 - 25 µg)
Catalog IDs
H00006122-P02-10ug, H00006122-P02-25ug
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Proteins & Peptides

Recombinant Human Aminopeptidase B/RNPEP Protein SKU: H00006051-Q01

Abnova

From
$ 399.00 (10 µg)
Sizes
2 (10 - 25 µg)
Catalog IDs
H00006051-Q01-10ug, H00006051-Q01-25ug
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Proteins & Peptides

Recombinant Human RPLP0 Protein SKU: H00006175-P02

Abnova

From
$ 399.00 (10 µg)
Sizes
2 (10 - 25 µg)
Catalog IDs
H00006175-P02-10ug, H00006175-P02-25ug
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Proteins & Peptides

Recombinant Human Ribosomal Protein S29 Protein SKU: H00006235-Q01

Abnova

From
$ 399.00 (10 µg)
Sizes
2 (10 - 25 µg)
Catalog IDs
H00006235-Q01-10ug, H00006235-Q01-25ug
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Proteins & Peptides

ProDots Recombinant Human R-Spondin 1 Protein SKU: PRD4645-10

R&D Systems

From
$ 699.00 (50 µg)
Sizes
1 (50 µg)
Catalog IDs
PRD4645-10
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Proteins & Peptides

Recombinant Human SCAND2 Protein SKU: H00054581-Q01

Abnova

From
$ 399.00 (10 µg)
Sizes
2 (10 - 25 µg)
Catalog IDs
H00054581-Q01-10ug, H00054581-Q01-25ug
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Proteins & Peptides

Recombinant Human FATP5/SLC27A5 Protein SKU: H00010998-Q01

Abnova

From
$ 399.00 (10 µg)
Sizes
2 (10 - 25 µg)
Catalog IDs
H00010998-Q01-10ug, H00010998-Q01-25ug
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Biochemicals Category - Table of Contents

Biochemicals and Reagents for Life Science Research
High-Quality Biochemicals are essential in Laboratory Experiments

Discover ZAGENO’s High-Quality Biochemical Product Portfolio Through Subcategories:
Proteins and Peptides
Enzymes
Amino Acids
Nucleotides, Nucleosides and Oligonucleotides
Antibiotics
Growth Factors and Cytokines
Carbohydrates
Stains and Dyes
Hormones
Lipids

Biochemicals and Reagents for Life Science Research

Biochemistry is the central building block of laboratory success. Selecting the right kind of reagents for your research is crucial. The usage of high-quality reagents in every experiment is a necessity to achieve interpretable results, reproducibility, and ultimately publishable studies. Featured brands in ZAGENO’s biochemical category are, among others, compound specialists Bioline, Novus Biologics, and Abcam. 

High- Quality Biochemicals are essential in Laboratory Experiments

Basically, all processes in living organisms, cells, cell culture, genetic experimentation and any other type of lab experiment rely on interactions of biochemicals, among them: amino acids, lipids, carbohydrates, proteins, enzymes, hormones and growth factors, to name just a few molecules. 
In vivo, metabolisms and reactions between molecules depend upon very delicate biochemical interactions; therefore, making sure in vitro study designs and experimental setups have the best conditions, is vital.

Discover ZAGENO’s High-Quality Biochemical Product Portfolio

Proteins and Peptides
Biochemical compounds consisting of one or more polypeptides are Proteins. Amino acids are the molecular building blocks of Peptides as they form a single linear polymer chain. Biological macromolecules, like proteins, are essential for organisms and are virtually involved in every process within cells. This abundance makes these structures ideal for a wide range of testing procedures. 
Peptides (small polymers consisting of amino acid monomers) enable the development of specific antibodies against a particular protein region without purification protocols. Furthermore, peptides allow the identification of proteins based on peptide masses and sequence.

Enzymes
Enzymes are catalytic proteins enabling biochemical reactions. Being highly selective catalysts acting only on distinct substrates and protein reaction sites. Enzymatic activity can affect any number of biological processes; hence, enzymes hold essential roles in cell cycle regulation and metabolic processes. Catalytic reactions often require organic and inorganic co-factors to bind to enzymes. 
Enzymes, like chemical catalysts, are not altered in structure or functionality by the reaction they intensify. To assist your life science research and lab needs, ZAGENO offers a high-quality portfolio of enzymes to enhance your research, just as a catalyst would do.

Amino Acids
A multitude of non-protein amino acids (organic compounds) holds many functions in living organisms (in vivo). Amino acid solutions offered on ZAGENO are of high-quality, varying purities and grades to cater to specific experimental designs. The 22 proteinogenic ("protein-building") amino acids are essential for metabolism and protein synthesis. They are molecular building blocks for peptides and define their structure and purpose. Different amino acids vary in both side chain polarity and pH. 

Nucleotides, Nucleosides and Oligonucleotides
Nucleotides are organic molecules forming the nucleic acid polymers DNA (deoxyribonucleic acid) and RNA (ribonucleic acid). Both are essential biomolecules in all life-forms on Earth. In life science research, naturally occurring and modified nucleotides (analogs) are used in experimental setups. 
Aliquoting of nucleotide solutions is recommended to avoid repeated freeze/thaw cycles. Carry out nucleotide aliquotation quickly, and re-freeze containers immediately after the process. In general, tubes only contain a few microliters of the cherished nucleotide solution. To get the most out of your precious sample (avoid losing liquid in the cap), we recommend spinning the tube in a benchtop centrifuge before opening.

Antibiotics
Life science researchers use antibiotic resistances to test the success of transfection and transformation experiments. When host-bacteria survive and grow colonies on an anti-biotic laced agar plate, the transfection with a particular genetic vector was successful. Antibiotic resistances are an excellent tool for selecting and screening genetically modified prokaryotes and eukaryotes.  The most prevalent research use of antibiotics is the selection and screening of genetically modified prokaryotes and eukaryotes. Antibiotics act in two ways to either kill the bacteria (bactericidal) or prevent their growth (bacteriostatic).
Antibiotics are naturally occurring biochemicals secreted by microorganisms to defend against bacteria, viruses, fungi, protozoans, and helminths. The first researchers to recognize and experiment with the effectiveness of antibiotics was Paul Ehrlich. He developed the first synthetic antibiotic (arsphenamine) around 1907. 

Growth Factors and Cytokines
Growth factors are peptides and proteins affecting tissue growth, cell proliferation, inflammatory processes, and tissue repair. Potent hormone-like polypeptides are classified under the term 'growth factor.' By acting through cell membrane receptors, and triggering intracellular signaling cascades, these biochemicals play a vital role in differentiation and regulation of a variety of cells. Growth factors with similar mechanisms of action differentiate into families like, e.g., Transforming Growth Factor (TGF) or Interleukins (IL).
Cytokines, including interleukins and interferons, are a subtype of growth factors, only produced by hematopoietic and immune cells. Cytokines build a group of signaling proteins involved in cell communication, immune function, and embryogenesis. Cytokines are function-wise close to hormones considering they also exert autocrine, paracrine and endocrine effects. 

Carbohydrates
Carbohydrates hold a particular role in life science research and living organisms as well as media solutions for cell cultures. Glucose, fructose, galactose, and starch, are widely known representatives for carbohydrates primary function: Transport and storage of energy. Additional molecular functions include protein modification and regulation, as well as acting as structural components of cell membranes.  ZAGENO offers a range of carbohydrates, including mono-, disaccharides and longer chain oligosaccharides and polysaccharides. 

Stains and Dyes
Labeling molecular structures in cells is critical in tissue-based diagnostics and life science research. Stains are biological coloring agents, and staining solutions are purer and prepared with a higher specification than dyes. Dyes, on the other hand, are permanent. Their organic structure consists of 1) unsaturated cyclic compounds - a chromophore, responsible for the specific color of the dye, and 2) and an auxochrome group - altering both the wavelength and intensity of light absorption. The ability of the dye or stain to bind to and stain macromolecular cellular components relies upon electrical charges of the chromagen portions of both the reagents and the cellular components.

Hormones
Hormones are biochemical signaling molecules (messenger particles), excreted by glands to start physiological effects in specific organs, tissues and on a cellular level. A body's endocrine system secretes peptide and protein hormones into the bloodstream. Hormones act on homeostasis and secure an organisms' survival reproduction. An imbalance of hormone production always results in disease conditions. ZAGENO offers a wide range of hormones for research purposes, experimental set-ups, various animal models, and scientific applications.

Lipids
Lipids are insoluble in water-based solutions (aqueous) and are, e.g., fatty acids, sterols, fat-soluble vitamins, phospholipids, and triglycerides. Despite their small size, these biological molecules play essential roles in cell membranes, energy reservation, metabolism, and among others growth and health. Lipids are the primary compositional and structural element of biological membranes and are present in many cell-derived biological samples, lysates and protein preparations. Lipid-molecules are also known for their signaling properties (bioactive lipids) and play a role in immune response regulation, maintenance of homeostasis and involved in inflammatory processes.