Recent Papers
Volume 13 - 2023
3. Grain mould fungi of sorghum caryopses in Benishangul Gumuz, Ethiopia
Kebede M et al. (2023)
2. Distribution of foliicolous fungi in diverse forest types of Maharashtra State of India
Dubey R, Pandey AD (2023)
1. Quarantine Border Management of Tilletia Associated with Wheat Grain: Indonesia Perspective
Tasrif A et al. (2023)
Volume 12 - 2022
11. Chemical control of bacteria Xanthomonas hortorum pv. gardneri and Xanthomonas euvesicatoria pv. perforans in vitro
Monteiro FP et al. (2022)
10. Characterization and pathogenicity of Diplodia seriata causing branch canker on Pinus pinea in Tunisia
Hlaiem S et al. (2022)
9. Varietal performance against blast and cercospora leaf spot of finger millet under different cultivation schemes
Sigdel B et al. (2022)
8. Number of pustules of garlic rust under different temperatures and leaf wetness
Mallmann G et al. (2022)
7. Identification and characterization of Colletotrichum gloeosporioides complex members from rubber plants in Sri Lanka
Atapattu KAMRP et al. (2022)
6. Documentation and statistical approach towards foliar fungi found in Western Ghats (Desh region of Maharashtra), India
Dubey R, Pandey AD (2022)
5. Biology, disease development, distribution and control of rust pathogen Uromyces viciae-fabae
Gautam AK et al. (2022)
Volume 1 - 2011 - Issue 2
1. Overview of plant quarantine in Shenzhen, China
Authors: Zhang GM, Ling XY, Feng JJ, Cheng YH, Zheng Y, Li YN, Long H, Li FR, Wang Y, Jiao Y, Xiang CY, Yu DJ, Kang L
Recieved: 20 May 2011, Accepted: 19 June 2011, Published: 09 September 2011
China’s entrance to the World Trade Organization and trend towards globalization of its economy and finance has increased international trade, especially in agriculture and forestry products. Plant inspection and quarantine has correspondingly grown and developed in importance. In this paper, plant quarantine in Shenzhen, including its team, detection platforms, inspection protocols, scientific research, achievements and collaborations will be introduced. The Plant Inspection and Quarantine Laboratory in Shenzhen City is now one of the largest laboratories in this field in China. Two national and regional key laboratories have been built, ranking top both in inspection capacity and routine inspection. In 2010, more than 70,000 imported products were inspected, and more than 30,000 pest-infected products were intercepted. By carrying out scientific research and cooperating domestically and abroad, the laboratory is leading the way in the development of standard methods for standard pest testing using morphology, molecular biology and immunology. The Shenzen Inspection and Quarantine Bureau therefore facilitates the testing of pests in imported commodities and contributes to the safe and efficient international trade in grains, fruits, seeds, seedlings and other plants and plant products.
Keywords: plant inspection and quarantine – detection platform – inspection items
2. Observations on Erysiphe platani in Germany
Authors: Kirschner R.
Recieved: 15 September 2011, Accepted: 22 September 2011, Published: 02 October 2011
The powdery mildew Erysiphe platani was recorded on London plane (Platanus × acerifolia) in Germany. Ascomata and conidia were found on a leaf of a tree at an avenue in the city of Frankfurt am Main, which had also been colonized by the invasive Sycamore Lace Bug Corythucha ciliata. The spread of both invasive species from south Europe towards the north might be correlated with global warming. Difficulties in detecting and identifying the mildew as the causative agent of the symptoms are presented. Information relevant for the diagnosis and prognosis is compiled and discussed.
Keywords: Ascomycota – Erysiphales – invasive animals and fungi – Oidium
3. Some interesting Meliolaceae members from Western Ghats Region of Kerala State
Authors: Hosagoudar VB, Riju MC.
Recieved: 31 August 2011, Accepted: 19 September 2011, Published: 09 October 2011
Seven new taxa collected from the Western Ghats region of Kerala State are described and illustrated in detail. Of these, Asteridiella scolopiae var. indica is a new variety while Irenopsis loranthicola, Meliola abdulkalamii, Meliola abri, Meliola canavaliae, Meliola dysoxyligena and Meliola premnigena are new species.
Keywords: Black mildews – Asteridiella, Irenopsis – Meliola – new taxa – Kerala – India
4. The genus Schiffnerula in India
Authors: Hosagoudar VB
Recieved: 18 August 2011, Accepted: 16 September 2011, Published: 29 October 2011
The genus Schiffnerula is represented by 80 species in India belonging to the anamorphs Mitteriella (single species, assigned to Schiffnerula ziziphina), Questieriella (10), Sarcinella (39) and the teleomorph Schiffnerula (31). Of these, Sarcinella loranthacearum, Schiffnerula cryptostegiae, Schiffnerula flacourtiae, Schiffnerula lagerstroemiae and Schiffnerula meliosmatis are proposed as new species and a new family, Schiffnerulaceae is proposed to accommodate Schiffnerula. All the taxa are described and illustrated in detail.
Keywords: Black mildew – Synanamorphs – Mitteriella – Questieriella – Sarcinella – teleomorph
5. Molecular phylogeny and RNA secondary structure of Fusarium species with different lifestyles
Authors: Barik BP, Tayung K, Jagadev PN
Recieved: 15 September 2011, Accepted: 11 October 2011, Published: 19 November 2011
The definition of endophytes ranges from symbiotic to balanced antagonism and/or latent plant pathogens. This indicates a close affiliation between endophytes and pathogens but molecular evidence confirming these relationships are still to be elucidated. We investigated the relationship of endophytic, saprobic and pathogenic Fusarium species as a model genus based on ITS sequences and ITS2 secondary structure analysis. Altogether 212 Fusarium species mostly named in GenBank with ranging lifestyles were used in this study. Species deposited in GenBank were found to be often wrongly named based on sequence comparison as species with the same names were polyphyletic, while differently named species often had the same sequences. Phylogenetic analysis by three different methods (UPGMA, NJ and MP) revealed that similar named species clustered together, but did not form well distinct clades reflective of their lifestyles. Several species were polyphyletic, while several other unrelated species appear to share the same ITS sequences. Since ITS rDNA sequence based phylogeny did not showed distinct relationships, ITS2 consensus secondary structures were used. Endophytes showed close molecular structural affinity with pathogens but structural features of saprobes was very different. Although care must be taken when using sequences from named Fusarium species in GenBank this study provides molecular evidence that endophytes share a close relationship with pathogens and agrees with the assumption that endophytes are latent pathogens.
Keywords: Fusarium spp. – Lifestyle – Phylogeny – Secondary structures analysis
