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| diagnostics:dna_protocols [2025/02/14 12:42] – [Table] rkoebnik | diagnostics:dna_protocols [2025/09/29 08:26] (current) – [Table] rkoebnik | ||
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| This data is based on the review by [[https:// | This data is based on the review by [[https:// | ||
| - | **Main protocols described for regulated xanthomonads based on amplification of specific target DNAs.** | + | **Main protocols described for regulated xanthomonads |
| - | ^ Disease | + | ^ Disease |
| - | | Onion bacterial blight | + | | Onion bacterial blight |
| - | | Citrus bacterial canker | + | | Citrus bacterial canker |
| - | | Bacterial spot of stone fruits, walnut blight, hazelnut blight | + | | Bacterial spot of stone fruits, walnut blight, hazelnut blight |
| - | | Bacterial leaf blight and bacterial leaf streak of rice | //X. oryzae// pvs. //oryzae// and // | + | | Bacterial leaf blight and bacterial leaf streak of rice | //X. oryzae// pvs. //oryzae// and // |
| - | | Bacterial spot of pepper and tomato | + | | Bacterial spot of pepper and tomato |
| - | | Bacterial angular leaf spot of strawberry | + | | Bacterial angular leaf spot of strawberry |
| - | | Bacterial blight of anthurium and other aroids | + | | Bacterial blight of anthurium and other aroids |
| - | | Bacterial leaf spot of poinsettia | + | | Bacterial leaf spot of poinsettia |
| - | | Bacterial leaf streak and black chaff of cereals | + | | Bacterial leaf streak and black chaff of cereals |
| - | | Common blight of bean | //X. phaseoli// pv. // | + | | Common blight of bean | //X. phaseoli// pv. // |
| - | | Cassava bacterial blight | + | | Cassava bacterial blight |
| - | | Alfalfa dwarf, Citrus variegated chlorosis, coffee leaf scorch, oleander leaf scorch, olive quick decline syndrome, phony peach disease, Pierce' | + | | Alfalfa dwarf, Citrus variegated chlorosis, coffee leaf scorch, oleander leaf scorch, olive quick decline syndrome, phony peach disease, Pierce' |
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| De Paiva BAR, Wendland A, Teixeira NC, Ferreira MASV (2020). Rapid detection of // | De Paiva BAR, Wendland A, Teixeira NC, Ferreira MASV (2020). Rapid detection of // | ||
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| + | Del Pilar Velasco Amo M, Olivares-García C, Román-Écija M, Marco-Noales E, Navas-Cortés JA, Landa Del Castillo BB (2025). Modeling the accuracy of //Xylella fastidiosa// | ||
| Dupas E, Legendre B, Olivier V, Poliakoff F, Manceau C, Cunty A (2019). Comparison of real-time PCR and droplet digital PCR for the detection of //Xylella fastidiosa// | Dupas E, Legendre B, Olivier V, Poliakoff F, Manceau C, Cunty A (2019). Comparison of real-time PCR and droplet digital PCR for the detection of //Xylella fastidiosa// | ||
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| Farrall T, Abeynayake SW, Webster W, Fiorito S, Dinsdale A, Whattam M, Campbell PR, Gambley C (2024). Development of a rapid, accurate, and field deployable LAMP-CRISPR-Cas12a integrated assay for //Xylella fastidiosa// | Farrall T, Abeynayake SW, Webster W, Fiorito S, Dinsdale A, Whattam M, Campbell PR, Gambley C (2024). Development of a rapid, accurate, and field deployable LAMP-CRISPR-Cas12a integrated assay for //Xylella fastidiosa// | ||
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| + | Fei S, Zhang C, Zhang X, Xie Y, Fu S, Wu J (2025). An ultrasensitive immunocapture (IC)-RPA-CRISPR/ | ||
| Fernandes C, Albuquerque P, Sousa R, Cruz L, Tavares F (2017). Multiple DNA markers for identification of // | Fernandes C, Albuquerque P, Sousa R, Cruz L, Tavares F (2017). Multiple DNA markers for identification of // | ||
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| Hartung JS, Pooler MR (1997). Immunocapture and multiplexed-PCR assay for // | Hartung JS, Pooler MR (1997). Immunocapture and multiplexed-PCR assay for // | ||
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| + | Hill RS, Pal A, Dewdney MM, Cano L, Harmon CL (2025). Development and validation of an RPA assay for detecting // | ||
| Hodgetts J (2022). A panel of real-time PCR assays for the direct detection of all of the //Xylella fastidiosa// | Hodgetts J (2022). A panel of real-time PCR assays for the direct detection of all of the //Xylella fastidiosa// | ||
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| Mavrodieva V, Levy L, Gabriel DW (2004). Improved sampling methods for real-time polymerase chain reaction diagnosis of citrus canker from field samples. Phytopathology 94: 61-68. DOI: [[https:// | Mavrodieva V, Levy L, Gabriel DW (2004). Improved sampling methods for real-time polymerase chain reaction diagnosis of citrus canker from field samples. Phytopathology 94: 61-68. DOI: [[https:// | ||
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| + | Minsavage GV, Thompson CM, Hopkins DL, Leite RMVBC, Stall RE (2025). Development of a polymerase chain reaction protocol for detection of //Xylella fastidiosa// | ||
| Moltmann E, Zimmermann C (2005). Detection of // | Moltmann E, Zimmermann C (2005). Detection of // | ||
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| Shen YP, Zou LF, Li YR, Zou HS, Liu XL, Chen GY (2012). Xoryp_08180 of // | Shen YP, Zou LF, Li YR, Zou HS, Liu XL, Chen GY (2012). Xoryp_08180 of // | ||
| - | Shymanovich T, Saville AC, Paul R, Wei Q, Ristaino JB (2024). Rapid detection of viral, bacterial, fungal, and oomycete pathogens on tomato with microneedles, | + | Shymanovich T, Saville AC, Paul R, Wei Q, Ristaino JB (2024). Rapid detection of viral, bacterial, fungal, and oomycete pathogens on tomato with microneedles, |
| Sidireddi SH, Park JW, Gonzalez M, Sétamou M, Kunta M (2024). Loop-mediated isothermal amplification assay for the detection of citrus canker causing bacterial variant, // | Sidireddi SH, Park JW, Gonzalez M, Sétamou M, Kunta M (2024). Loop-mediated isothermal amplification assay for the detection of citrus canker causing bacterial variant, // | ||
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| Wang H, Turechek WW (2020). Detection of viable // | Wang H, Turechek WW (2020). Detection of viable // | ||
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| + | Wang S, Wang P, Liao W, Liu X, Ouyang M, Lin S, Lin R, Xu Z, Chen G, Zhu B (2025). Rapid detection of // | ||
| Webber JB, Putnam M, Serdani M, Pscheidt JW, Wiman NG, Stockwell VO (2020). Characterization of isolates of // | Webber JB, Putnam M, Serdani M, Pscheidt JW, Wiman NG, Stockwell VO (2020). Characterization of isolates of // | ||