EVAg

Avian influenza A virus NP antiserum (Rabbit #690)

Kunjin virus NS1 antiserum (Rabbit #17)

Lumpy skin disease virus LSDV074 (p32) protein antiserum (Rabbit #27J)

Lumpy skin disease virus p32 monoclonal antibody IgG2a (25F3.A3.D9)

Nelson Bay virus mu (μ) protein antiserum (Rabbit #672)

Nelson Bay virus sigma (σ) protein antiserum (Rabbit #658)

Nelson Bay virus lambda (λ) protein antiserum (Rabbit #661)

Nipah virus G protein antiserum (Rabbit #612)

Nipah virus N protein antiserum (Rabbit #366)

Pan-orbivirus NS2 antiserum (Rabbit #17)

Mammalian Othoreovirus isolate 21DIAPD41049-3 isolated from faecal sample of a cat, collected in 2021 in Italy (Veneto)

Mammalian Othoreovirus isolate 21DIAPD41051-3 isolated from faecal sample of a cat, collected in 2021 in Italy (Veneto)

Mammalian Othoreovirus isolate 21DIAPD41117-3 isolated from faecal sample of a cat, collected in 2021 in Italy (Veneto)

Mammalian Othoreovirus isolate 21DIAPD41162-3 isolated from faecal sample of a cat, collected in 2021 in Italy (Veneto)

The end-user provided virus (e.g. as a tick homogenate) will be used to experimentally infect castor bean tick nymphs (Ixodes ricinus). The nymphs will be infected by micro-capillary inoculation into the coxal plate of the second pair of legs (transcoxal infection) using a digital microinjector system. First, 100 nymphs will be used for evaluation of the virus replication dynamics. Based on the obtained results, tick-derived virus stock will be generated from an additional 100 nymphs and provided to the end-user.

The end-user provided virus (e.g. as a tick homogenate) will be used to experimentally infect adult castor bean ticks (Ixodes ricinus). The ticks will be infected by micro-capillary inoculation into the coxal plate of the second pair of legs (transcoxal infection) using a digital microinjector system. First, 100 ticks will be used for evaluation of the virus replication dynamics. Based on the obtained results, tick-derived virus stock will be generated from an additional 100 ticks and provided to the end-user.

Bundle of freeze-dried tick-borne encephalitis virus (TBEV) isolates representing the diversity of the virus in Central Europe and covering various isolation sources (tick, rodent, milk).

Lyophilized ready-to-use primers and probe (Lyoph-P&P, 96 rxns in the form of 24x4 rxns) for real time RT-PCR of tick borne encephalitis virus (Taqman) SOPs in the attached pdf. Disclaimer: This product does not contain the polymerase. For RUO (research use only).

Lyophilized ready-to-use primers and probe (Lyoph-P&P, 96 rxns in the form of 24x4 rxns) for real time RT-PCR of Usutu virus (Taqman) SOPs in the attached pdf. Disclaimer: This product does not contain the polymerase. For RUO (research use only).

Lyophilized encapsidated RNA (ArRNA) contains a region of the MS2 phage and is used as positive control for extraction and real time RT-PCR. The ArRNA is especially developed to be spiked in nasopharyngeal, salivary, urine and stool samples. Provided with Lyophilized ready-to-use primers and probe for real time RT-PCR in a region of the MS2 phage. Positive control packaged for 100 Rxns; P&P packaged for 96 rxns in the form of 2x48 rxns Disclaimer: This product does not contain the polymerase. For RUO (Research Use Only).

Lyophilized encapsidated RNA (ArRNA) contains a region of the MS2 phage and is used as positive control for extraction and real time RT-PCR. The ArRNA is especially developed to be spiked in whole blood and serum samples. Provided with Lyophilized ready-to-use primers and probe for real time RT-PCR in a region of the MS2 phage. Positive control packaged for 100 Rxns; P&P packaged for 96 rxns in the form of 2x48 rxns Disclaimer: This product does not contain the polymerase. For RUO (Research Use Only).

Lyophilized ready-to-use primers and probe (Lyoph-P&P, 96 rxns in the form of 2x48 rxns) for real time RT-PCR in a region of the MS2 phage for internal control. Disclaimer: This product does not contain the polymerase For RUO (research use only)

Mammalian Othoreovirus isolate 18DIAPD90184-1 isolated from faecal sample of a swine, collected in 2018 in Italy (Veneto)

Mammalian Othoreovirus isolate 18DIAPD90140-4 isolated from faecal sample of a swine, collected in 2018 in Italy (Veneto)

Mammalian Othoreovirus isolate 18DIAPD90177-6 isolated from faecal sample of a swine, collected in 2018 in Italy (Friuli Venezia Giulia region)