aQuaNat White Spot Syndrome Virus (WSSV) Real Time PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. White spot disease (WSD) is one of the viral diseases for marine shrimp culture, characterized by high and rapid mortality accompanied by gross signs in moribund shrimp of white, initially circular, inclusions or spots in the cuticle. WSSV has been known as the most prevalent, widespread and lethal to most of the commercially cultivated penaeid shrimp species.

aQuaNat Shrimp hemocyte iridescent virus (SHIV) Real Time PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. A newly discovered iridescent virus that causes severe disease and high mortality in farmed Pacific white shrimp (Litopenaeus vannamei) in Zhejiang, China, has been verified and provisionally named as shrimp hemocyte iridescent virus (SHIV). The PCR detection system includes an endogenous internal control and the signal obtained from the endogenous control primer and probe set will vary according to the amount of biological material present in a given sample.

aQuaNat Enterocytozoon hepatopenaei (EHP) Real Time PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. EHP causes lesions in the hepatopancreas (HP) tubule epithelial cells, and its main clinical signs are growth retardation that leads to increased size variability. EHP has been reported to be associated with growth retardation and white faeces syndrome. The Endogenous Control (IC) act as an extraction control for the assay, which helps to exclude unreliable result.

aQuaNat Mondon Baculovirus (MBV) Real Time PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. MBV is one of the widely reported and well described viral pathogens of shrimp. MBV had been implicated as the causative agent of the first major crisis caused by a disease in the history of penaeid shrimp culture. The PCR detection system includes an endogenous internal control.

aQuaNat Infectious myonecrosis virus (IMNV) Real Time RT PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. Infectious myonecrosis (IMN) is an emerging viral disease in shrimp aquaculture industry. caused by Infectious myonecrosis virus (IMNV). This kit is the direct detection of Penaeid shrimp infectious myonecrosis virus on the basis of a genetic database, so it can diagnose very fast and accurately. The Endogenous Control (IC) act as an extraction control for the assay, which helps to exclude unreliable result.

aQuaNat Yellow Head virus (YHV) Real Time RT-PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. Yellow Head Virus (YHV) is an RNA virus, infectious to Shrimp. Yellow head disease (YHD) of Penaeid shrimp is characterised by high and rapid mortality, typically accompanied by the gross signs of yellowing of the cephalothorax and general bleaching of body colour. As no preventive measures are available, accurate and timely diagnosis like RT- PCR is the only way for effective management. The Endogenous Control (IC) supported in the kit act as a Control system to ensure proper extraction of Nucleic acid from the sample and there by helps to exclude unreliable results.

aQuaNat Hepatopancreatic Parvo-like Virus (HPV) Real Time PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. Hepatopancreatic parvovirus (HPV) is one of the major shrimp parvoviruses which is known to cause slow growth in penaeid shrimps. HPV has been found in wild and cultured penaeid shrimps throughout the world and there is high genetic variation among the different geographic isolates/host species. The PCR detection system includes an endogenous internal control and the signal obtained from the endogenous control primer and probe set will vary according to the amount of biological material present in a given sample.

aQuaNat Infectious hypodermal and hematopoietic necrosis virus (IHHNV) Real Time PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. The Infectious Hypodermal and Hematopoietic Necrosis Virus (IHHNV) has been listed as a notifiable crustacean pathogen by the World Organization for Animal Health (OIE) since 1995. Kit is supported with endogenous internal control (IC) which serves as the extraction control and helps to exclude the unreliable result.

aQuaNat Taura syndrome virus (TSV) Real Time RT-PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. Taura syndrome (TS) is one of the more devastating diseases affecting the shrimp farming industry worldwide. Animals with this disease may show one or more signs like lethargy, cessation of feeding etc., but the pathogen may still be present in the absence of any signs. The PCR detection system includes an endogenous internal control and the signal obtained from the endogenous control primer and probe set will vary according to the amount of biological material present in a given sample.

aQuaNat Penaus Vannamei Nodavirus (PvNV) Real Time RT-PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. PvNV is a nodavirus (tentatively named PvNV, Penaeus vannamei nodavirus) that causes muscle necrosis in P. vannamei. Exhibited clinical signs, white, opaque lesions in the tails and histopathology similar to those of shrimps infected by infectious myonecrosis virus (IMNV) and hence specific detection is important.

aQuaNat Necrotizing hepatopancreatitis (NHP) Real Time PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. NHP infection is potentially treatable if it is detected early and medicated food is applied before the shrimp cease feeding due to lethargy and anorexia – symptoms of the disease. It is currently being considered for listing by the World Organization for Animal Health as a reportable disease, which points to the urgent need for faster and more cost-effective methods of detection. Kit is supported with endogenous internal control (IC) which serves as the extraction control and helps to exclude the unreliable result.

aQuaNat Covert Mortality Nodavirus (CMNV) Real Time PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. Covert mortality nodavirus (CMNV), a new emerging shrimp virus, was capable of crossing species barriers to infect fish. A major disease that occurred in the shrimp farming industries in China before 2009 was generally named covert mortality nodavirus (CMNV) due to that most of the moribund shrimp could hide in deep water rather than swim to the surface or in shallow water, as did shrimp suffering from white spot disease. Diagnostic Performance of the assay is enhanced by using multiple target genes, thus validates the disease condition. The PCR analysis can be quantitatively monitored by the increasing fluorescence signal detected by a Real-Time PCR instrument.

aQuaNat Acute hepatopancreatic necrosis disease (AHPND) Real Time PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. Acute Hepatopancreatic Necrosis Disease (AHPND) progressively spread as an epidemic, devastating shrimp production across much of the shrimp farming. The mortality rate during the outbreak is more than 80%, leading to a decrease in the global shrimp supply and hence its PCR detection is necessary. The Endogenous Control (IC) supported in the kit act as a Control system to ensure proper extraction of Nucleic acid from the sample and there by helps to exclude unreliable results.

aQuaNat Leam-Sing Virus (LSNV) Real Time RT-PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. Laem Singh virus (LSNV) was discovered in 2006 and proposed as a necessary but insufficient cause of retarded growth in the giant tiger shrimp Penaeus monodon. Its closest relatives were plant viruses including an unassigned Sobemovirus and viruses in the family Luteoviridae. The virus is a positive-sense single-stranded RNA virus that was recently identified in Penaeus monodon. Laem-Singh virus (LSNV) was proposed as part of Monodon Slow Growth Syndrome (MSGS) that cause severe economic losses for shrimp farmers. The PCR detection system includes an endogenous internal control and the signal obtained from the endogenous control primer and probe set will vary according to the amount of biological material present in a given sample.

aQuaNat Gill-Associated Virus (GAV) Real Time RT-PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. GAV is closely related to YHV, but they have been shown to come from two different viral populations. GAV affects Australian prawns while YHV occurs in Asian prawn stocks. The causative agent is gill-associated virus (GAV), genotype 2 of six distinguished genotypes in the yellowhead complex of viruses. High sensitivity and specificity are established by opting the specific conserved target sequence of various viruses. With the PCR reaction mix provided, the amplification of template can be quantitatively monitored by the increasing fluorescence signal detected by a real-time PCR instrument.

aQuaNat Luminous Vibriosis - V. harveyi Real Time PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. Luminous disease primarily caused by Vibrio harveyi bacteria still becomes an obstacle in penaeid shrimp farming, especially in shrimp hatchery. V. harveyi has been linked with disease in several warmwater fish and invertebrates. The Endogenous Control (IC) act as an extraction control for the assay, which helps to exclude unreliable result.

aQuaNat Mourilyan Virus (MoV) Real Time RT-PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. It is a crustacean bunya-like virus that infects penaeid prawns. Is considered to be of some economic importance due to its association with disease and mortalities in P. monodon and P. japonicus. Recent research results indicate that it may associate with the gut-and-nerve syndrome. The PCR detection system includes an endogenous internal control. result.

aQuaNat Spawner-Isolated Mortality Virus (SMV) Real Time PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. Spawner-isolated mortality virus (SMV) has been associated with mortalities in brood stock of Penaeus monodon and with mid-crop mortality syndrome on grow-out farms. The PCR detection system includes an endogenous internal control and the signal obtained from the endogenous control primer and probe set will vary according to the amount of biological material present in a given sample. result.

aQuaNat Crayfish Plague, Aphanomyces astaci (CP) Real Time PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. Crayfish plague (Aphanomyces astaci) is a water mold that infects crayfish, most notably the European Astacus which dies within a few weeks of being infected. The first indication of infection may be mortality and in the later stages, the muscles of the tail may appear whitened, or brownish-red where blood cells have encapsulated the hyphae.

aQuaNat Vibrio parahaemolyticus (VP) Real Time PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. Vibrio parahaemolyticus, the leading foodborne pathogen all over the world, is frequently isolated from a variety of seafood including shrimp. its salinity and fear of acid, in 3–5% salt water can multiply rapidly, but in the pH below 6 acidic conditions is poor growth [3,4]. Acute gastroenteritis brought on by a V. parahaemolyticus infection might present as diarrhea, headache, vomiting, nausea, and abdominal cramps. The PCR detection system includes an endogenous internal control.

aQuaNat Macrobrachium rosenbergii nodavirus (MrNV) Real Time PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. White tail disease (WTD) or white muscle disease (WMD) is defined as a viral infection caused by Macrobrachium rosenbergii nodavirus (MrNV) and its associate extra small virus (XSV). Muscle necrosis in shrimp often results in the appearance of opaque white lesions in the tail muscle in response to environmental factors such as low dissolved oxygen, sudden changes in temperature or salinity, or other stress. The Endogenous Control (IC) supported in the kit act as a Control system to ensure proper extraction of Nucleic acid from the sample and there by helps to exclude unreliable results.

aQuaNat Baculovirus Penaei (BP) Real Time PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. BP infects cells of the hepatopancreatic and midgut epithelium. The Baculoviridae is a family of occluded DNA viruses pathogenic for arthropods belonging predominantly to the insect order Lepidoptera. Kit is supported with endogenous internal control (IC) which serves as the extraction control and helps to exclude the unreliable result.

aQuaNat Spiroplasma (SP) Real Time PCR Test Kit is designed for the quantitative detection of nucleic acid from tissue samples of shrimp. The large genus Spiroplasma is a group of wall-less eubacteria displaying a helical cell morphology. Spiroplasmas are motile, even though they lack flagella. These bacteria have historically been associated with plants and arthropods, primarily insects and ticks. The PCR detection system includes an endogenous internal control and the signal obtained from the endogenous control primer and probe set will vary according to the amount of biological material present in a given sample.

Saygen XTRACT Magnetic Bead based Extraction Kit is established on Magnetic particle technology. Nucleic acids are isolated from the lysate through the binding to magnetic beads and which further are separated using a magnet.

Saygen XTRACT Column based Extraction Kit is established on interaction of Nucleic acid to Silica gel membrane embedded in column. Nucleic acids are eluted using no salt or high salt buffer in a spin column.