Nova Lifetech - Lifescience Market

Nova Lifetech is a biotechnology company specializing in the development and supply of life science reagents. Their product range includes a variety of ELISA kits, proteins, peptides, and antibody products, catering to diverse research and diagnostic needs.

Product Categories:

ELISA Kits: Nova Lifetech offers an extensive selection of ELISA kits designed for the detection and quantification of various analytes. These kits cover a broad spectrum of species, including bovine, camel, canine, chicken, deer, duck, equine, fish, goat, guinea pig, hamster, human, monkey, mouse, porcine, rabbit, and more.
Plasmids: The company provides plasmid DNA products suitable for various applications, including cloning, gene expression, and functional studies.
Proteins and Peptides: Nova Lifetech supplies recombinant proteins and custom peptides, essential for numerous biochemical and cellular research applications.
Antibodies: They offer a range of antibodies, including primary and secondary antibodies, conjugated antibodies, and custom antibody services, supporting diverse immunological studies.

Browse Nova Lifetech - Lifescience Market Products

(-30) GFP-OspF Plasmid

SKU: PVT20291|Size: 2 µg

041 pLVPTH2-tTR-KRAB-Cerulean Plasmid

SKU: PVT11121|Size: 2 µg

1,5-AG ELISA Kit| General 1,5-Anhydroglucitol ELISA Kit

SKU: EF019601|Size: 96 Tests

1.3xWT HBV-Luciferase Plasmid

SKU: PVT41327|Size: 2 µg

1136- Desmoplakin-GFP Plasmid

SKU: PVT10351|Size: 2 µg

12xMoonTag-12xSunTag-kif18b-24xPP7 Plasmid

SKU: PVT53306|Size: 2 µg

1306 pSG5L HA FKHR wt Plasmid

SKU: PVT14115|Size: 2 µg

138-dCas9-Dnmt3a Plasmid

SKU: PVT60088|Size: 2 µg

139mCAR Plasmid

SKU: PVT76662|Size: 2 µg

14-3-3 zeta Antibody

SKU: ABF6356|Size: 100 µg

14-3-3 zeta/delta Antibody

SKU: ABF6357|Size: 100 µg

145-pGL3ctrl-3' UTR Plasmid

SKU: PVT36074|Size: 2 µg

17-OHP ELISA Kit| General 17-Hydroxyprogesterone ELISA Kit

SKU: EF019566|Size: 96 Tests

1GFP/RNase H1 D210N Plasmid

SKU: PVT47906|Size: 2 µg

2, 5-OAS ELISA Kit| Monkey 2, 5-oligoadenylate synthetase ELISA

SKU: EF012757|Size: 96 Tests

2,3-dinor-TXB2 ELISA Kit| General 2,3-dinor Thromboxane B2 ELISA

SKU: EF019592|Size: 96 Tests

2-ME2 ELISA Kit| General 2-Methoxy Estradiol ELISA Kit

SKU: EF019551|Size: 96 Tests

2019 nCOV N protein antibody

SKU: PAab10308|Size: 100 µg

2019 nCOV S1 protein antibody

SKU: PAab10400|Size: 100 µg

2019-nCoV Antibody (N Protein)

SKU: PAab11132|Size: 100 µg

2019-nCoV N Protein Antibody

SKU: PAab11132-1|Size: 100 µg

2019-nCoV S Protein Antibody

SKU: PAab11131|Size: 100 µg

2019-nCoV S Protein Antibody pairs

SKU: PAab11134|Size: 100 µg

2019-nCoV S Protein(RBD) Antibody

SKU: PAab11131-1|Size: 100 µg

2019-nCoV scFv antibody

SKU: PAab11133-1|Size: 100 µg

2019-nCoV scFv antibody (S protein)

SKU: PAab11133|Size: 100 µg

25-HVD3 ELISA Kit| General 25-Hydroxy Vitamin D3 ELISA Kit

SKU: EF019572|Size: 96 Tests

2Bc-T MBP_BoMoC (ed) _6xH Plasmid

SKU: PVT69896|Size: 2 µg

2Bc-T MBP_BoMoC (ed) _F753A_6xH Plasmid

SKU: PVT69802|Size: 2 µg

2C::tdTomato Reporter Plasmid

SKU: PVT10473|Size: 2 µg

2X PRE TK luc Plasmid

SKU: PVT62842|Size: 2 µg

2XMyc-LRRK2-D1994A Plasmid

SKU: PVT47026|Size: 2 µg

2XMyc-LRRK2-WT Plasmid

SKU: PVT14586|Size: 2 µg

3-BrY ELISA Kit| General BROMOTYROSINE ELISA Kit

SKU: EF019608|Size: 96 Tests

3-NT ELISA Kit| General 3-Nitrotyrosine ELISA Kit

SKU: EF019582|Size: 96 Tests

35S-eGFP-nosT Plasmid

SKU: PVT61819|Size: 2 µg

35S-sfGFP-nosT Plasmid

SKU: PVT48896|Size: 2 µg

35S:RUBY Plasmid

SKU: PVT36078|Size: 2 µg

35SRUBY-mini35S-omega Plasmid

SKU: PVT76502|Size: 2 µg

37825-GFP Plasmid

SKU: PVT83302|Size: 2 µg

37825-sacas9 (repeat-opt) Plasmid

SKU: PVT83393|Size: 2 µg

3XFlag-pA-Tn5-Fl Plasmid

SKU: PVT20999|Size: 2 µg

3XFlagNICD1 Plasmid

SKU: PVT10465|Size: 2 µg

3XMEF2-luc Plasmid

SKU: PVT58434|Size: 2 µg

3xERRE-luciferase Plasmid

SKU: PVT62750|Size: 2 µg

3xmScarletI_UtrCH Plasmid

SKU: PVT40756|Size: 2 µg

4E-BP1 (Phospho-Thr36) Antibody

SKU: ABF8045|Size: 100 µg

4E-BP1 Antibody

SKU: ABF6431|Size: 100 µg

4E-BP1 antibody

SKU: BF0392|Size: 100 µg

4EBP1 antibody

SKU: PAab10129|Size: 100 µg

4XBS2WT-Luc Plasmid

SKU: PVT36699|Size: 2 µg

4xCSL-Luciferase Plasmid

SKU: PVT10831|Size: 2 µg

5'UTR CGG 99x FMR1-EGFP Plasmid

SKU: PVT18228|Size: 2 µg

5-HIAA ELISA Kit| General 5-Hydroxyindoleacetic Acid ELISA Kit

SKU: EF019597|Size: 96 Tests

5-HT antibody

SKU: PAab09928|Size: 100 µg

5-HT-1A Antibody

SKU: ABF0482|Size: 100 µg

5-HT-1B Antibody

SKU: ABD3497|Size: 100 µg

5-HT-1E Antibody

SKU: ABD3498|Size: 100 µg

5-HT-1F Antibody

SKU: ABD3499|Size: 100 µg

5-HT-2A Antibody

SKU: ABD8900|Size: 100 µg

5-HT-2B Antibody

SKU: ABD3500|Size: 100 µg

5-HT-2C Antibody

SKU: ABD3501|Size: 100 µg

5-HT-3A Antibody

SKU: ABD3502|Size: 100 µg

5-HT-4 Antibody

SKU: ABD3503|Size: 100 µg

5-HT-5A Antibody

SKU: ABD13001|Size: 100 µg

5-HT-6 Antibody

SKU: ABD3505|Size: 100 µg

53BP1 (Phospho-Ser1778) Antibody

SKU: ABF8337|Size: 100 µg

53BP1 (Phospho-Ser29) Antibody

SKU: ABF8236|Size: 100 µg

53BP1 Antibody

SKU: ABF5452|Size: 100 µg

5WCJ-METTL13 Plasmid

SKU: PVT60485|Size: 2 µg

5aa SunTag VP64 AP3 Plasmid

SKU: PVT20419|Size: 2 µg

5aa SunTag VP64 CLV3 Plasmid

SKU: PVT20465|Size: 2 µg

5aa SunTag VP64 EVD Plasmid

SKU: PVT20531|Size: 2 µg

6-His-MBP-TEV-FnCpf1 Plasmid

SKU: PVT10654|Size: 2 µg

6-keto-PGF1a ELISA Kit| General 6-keto-prostaglandin F1a ELISA K

SKU: EF019591|Size: 96 Tests

67kDa Laminin Receptor ? Antibody

SKU: ABD7710|Size: 100 µg

6His-MBP-TEV-huAsCpf1 Plasmid

SKU: PVT14505|Size: 2 µg

6His-MBP-TEV-huLbCpf1 Plasmid

SKU: PVT14504|Size: 2 µg

6xHis-MBP-BrCas12b-FNLDTA Plasmid

SKU: PVT76932|Size: 2 µg

6xHis-MBP-BrCas12b-RFND Plasmid

SKU: PVT76935|Size: 2 µg

6×His-MBP-BrCas12b Plasmid

SKU: PVT63094|Size: 2 µg

7TFP CDH1 mutant reporter Plasmid

SKU: PVT34000|Size: 2 µg

7TFP CDH1 reporter Plasmid

SKU: PVT34088|Size: 2 µg

7TGC Plasmid

SKU: PVT76112|Size: 2 µg

8-OHdG ELISA Kit| General 8-Hydroxydeoxyguanosine ELISA Kit

SKU: EF019575|Size: 96 Tests

8-iso-PGF2 alpha ELISA KIT

SKU: EF010955|Size: 96 Tests

8xNFAT-ZsG-hCD8 Plasmid

SKU: PVT30463|Size: 2 µg

9HIV1 Antibody

SKU: ABD8869|Size: 100 µg

A Cyclase I Antibody

SKU: ABF9001|Size: 100 µg

A-Myb Antibody

SKU: ABF9007|Size: 100 µg

A-RAF (Phospho-Ser299) Antibody

SKU: ABF8132|Size: 100 µg

A-RAF Antibody

SKU: ABD8638|Size: 100 µg

A1BG antibody

SKU: BF0569|Size: 100 µg

A1Up Antibody

SKU: ABF9002|Size: 100 µg

A20A1 Antibody

SKU: ABD4658|Size: 100 µg

A26B1 Antibody

SKU: ABD13002|Size: 100 µg

A2M Antibody

SKU: ABD6469|Size: 100 µg

A3A-PBE-ΔUGI Plasmid

SKU: PVT20405|Size: 2 µg

A4 Agrobacterium Strain

SKU: STR3001|Size: 100 µL

A4 Agrobacterium tumefaciens Strains

SKU: S0068|Size: 100 µL

pLKO.1-puro Non-Mammalian shRNA Control Transduction Particles

Lentiviral transduction particles are VSV-G pseudotyped (vesicular stomatitis virus glycoprotein G), which broadens tropism and enables efficient gene delivery across a wide range of mammalian cell types. Viral input is quantified by a p24 capsid antigen ELISA (reported as pg/mL p24), then converted to functional titer (TU/mL; transducing units per milliliter) using an established p24-to-TU conversion factor. This workflow supports standardized dosing for lentiviral transduction, while distinguishing physical particle load (p24) from functional infectivity (TU/mL) for reproducible transduction performance in mammalian cells. https://gentaur.com/products/28702135-plko-1-plko-1-trc-plasmid

pXAT2 Plasmid

SKU: PVT40743|Size: 2 µg

Recent Breakthroughs

A Molecular Lubrication Strategy Enabled by Propane Impurity for Self-Enhancing Its Kinetic Separation in MOFs with Diffusion-Restricted Channels.

Hu P, Jin L, Li L, Pan X, Hu J, Shi G, Jiang M, Wu J, Xiong C, Chen S, Ji H.

Inorg Chem

PMID:42012863

Free PMC article

The removal of trace alkane impurities remains challenging due to their similar molecular properties. Here we propose a self-boosting kinetic separation process enabled by a "molecular lubrication" strategy, in which trace propane acts as a dynamic lubricant within a tailored Fe-based MOF featuring a bottleneck pore structure. Using in situ synchrotron XRD, DFT, and molecular simulations, we show that propane preferentially occupies the wide cavities rather than the narrow pore necks, smoothing the diffusion pathway and lowering the energy barrier. This leads to a volcano-shaped pressure dependence of diffusivity with an optimum at ∼5 kPa. Breakthrough experiments with a natural-gas mixture (CH4/C2H6/C3H8 = 85/10/5, v/v/v) yield methane purity ≥99.99%. Six-bed vacuum pressure-swing adsorption simulations further demonstrate a high CH4 recovery (80.4%), purity (≥99.95%), and productivity (4.04 mol kg-1 h-1). This work illustrates how trace-impurity-induced lubrication can be harnessed to design MOFs with enhanced diffusion kinetics for gas separation.

A Potassium Phosphoramidate-Based Strategy for Compiling and Profiling the Noncanonical <i>N</i>-Phosphoproteome of Nasopharyngeal Carcinoma.

Wang Y, Tang M, Song X, Xie W, Yin Y, Gao J, Liu Y, Zhou H, Yu H.

Anal Chem

PMID:42011140

Free PMC article

Protein N -phosphorylation, especially in eukaryotes, plays a critical role in cell signal transduction and tumorigenesis. However, the N -phosphoproteome has not been extensively profiled due to its low abundance and chemical lability. Herein, we developed a potassium phosphoramidate (PPA)-based strategy for the generation of high-quality N -phosphorylation spectral libraries to profile the N -phosphoproteome. This approach relies on the chemical phosphorylation of basic amino acid residues (lysine, arginine, and histidine) by PPA, followed by peptide-level fractionation, phosphopeptide enrichment, spectral library generation, and data-independent acquisition mass spectrometry (DIA-MS) analysis. To develop this method, the feasibility and reproducibility were first validated using N -phosphorylated bovine serum albumin ( N -pho-BSA). Phosphoproteome analysis of HEK293T lysates further demonstrated that the PPA-based library data-independent acquisition (PAlibDIA) achieved superior coverage and quantification reproducibility compared with conventional data-dependent acquisition (DDA) and direct DIA. This PAlibDIA approach was then employed to characterize N -phosphosites in human nasopharyngeal carcinoma (NPC), resulting in 493 pHis, 714 pLys, and 557 pArg sites; 85% are novel sites that were not previously reported. Further data analysis revealed that differentially regulated N -phosphosites were associated with RNA splicing, chromatin remodeling, nucleosome assembly, and multiple signaling pathways. Together, our PAlibDIA has great potential for comprehensive and in-depth analysis of the N -phosphoproteome, offering new opportunities to uncover regulatory mechanisms and identify potential therapeutic targets.

Partial characterization and evaluation of antioxidant and antibacterial activities of a water soluble polysaccharide isolated from Euphorbia hebecarpa roots.

Juybari EA, Farimani MM, Asadollahi M.

Sci Rep

PMID:42009700

Free PMC article

Euphorbia hebecarpa has been valued in traditional Iranian medicine; however, its carbohydrate composition has remained largely unexplored. The present study aimed to isolate, identify, and investigate selected biological properties of a carbohydrate fraction (EHC-1) from E. hebecarpa. EHC-1 was extracted using hot water extraction, followed by a two-step chromatographic procedure utilizing DEAE-52 cellulose and Sephadex G-200 columns. Partial structural characterization was performed using gas chromatography-mass spectrometry (GC-MS), high-performance liquid chromatography- refractive index (HPLC-RID), Fourier transform infrared spectroscopy (FT-IR), and gas chromatography-flame ionization detection (GC-FID). In addition, X-ray diffraction (XRD) confirmed the semi-crystalline nature of the polysaccharide, and thermogravimetric analysis (TGA) was employed to evaluate its thermal stability. Compositional analyses identified EHC-1 as a polysaccharide with an average molecular weight of approximately 148 kDa. The relative monosaccharide composition comprised glucose (51.50%), fructose (35.70%), galactose (5.79%), arabinose (5.86%), and galacturonic acid (1.13%), as determined by the corrected peak area method incorporating relative response factors (RRFs). In vitro assays revealed that EHC-1 demonstrated concentration-dependent antioxidant activity in DPPH, ABTS, and hydroxyl radical scavenging assays, with relatively higher efficacy against hydroxyl radicals (IC 50 = 2.43 ± 0.066 mg/mL). Furthermore, EHC-1 showed moderate antibacterial effects against both Escherichia coli and Staphylococcus aureus strains, with stronger effects against the latter.

An indole dimer antifungal metabolite from a rice seed endophyte inhibits ergosterol biosynthesis in fungal pathogens.

Jana SK, Bhunia S, Ghosh D, Guha D, Mondal S, Sarkar HS, Gupta S, Samanta S, Sahoo P, Mandal S.

Appl Environ Microbiol

PMID:42007717

Free PMC article

The increasing prevalence of fungal phytopathogens and the widespread emergence of fungicide resistance necessitate the development of alternative antifungal strategies with reduced environmental impact. Here, we report the isolation and characterization of a novel antifungal metabolite, SM06, produced by the rice seed-associated endophytic bacterium Phytobacter sp. RSE02. SM06 exhibited broad-spectrum antifungal activity against plant and human pathogenic fungi, including Curvularia lunata , Fusarium oxysporum , and Candida albicans . In vitro assays and micromorphological analyses revealed that SM06, an indole dimer, disrupts fungal cell membrane integrity, while in planta experiments demonstrated significant suppression of brown leaf spot disease in tomato and rice. Molecular docking suggested that SM06 binds to lanosterol 14α-demethylase (ERG11), a key enzyme in fungal sterol biosynthesis. Consistent with this prediction, LC-MS-based analyses confirmed a significant reduction in ergosterol content in SM06-treated fungal cells. Together, these findings identify SM06 as a biologically active antifungal metabolite produced by a plant-associated bacterium, highlighting its potential application in sustainable fungal disease management.IMPORTANCEFungal diseases cause major losses in crop production and contribute to the growing challenge of antifungal resistance, underscoring the need for sustainable alternatives to chemical fungicides. This study identifies SM06, a novel indole dimer produced by the rice seed endophyte Phytobacter sp. RSE02, with strong antifungal activity against economically important plant pathogens and clinically relevant fungi. Through integrated chemical, cellular, and in planta analyses, we demonstrate that SM06 disrupts fungal membrane integrity by inhibiting ergosterol biosynthesis. The compound is biocompatible, stable, and effective in plant disease suppression, highlighting its translational potential for crop protection. These findings reveal seed endophytes as an important yet underexplored source of antifungal metabolites and provide a mechanistic foundation for developing eco-friendly biocontrol strategies with implications beyond agriculture.