Table 1: Bio-agents deposited in National/ International collection /culture/ GenBank
Table 2: Morphological descriptors used in characterization of Trichoderma sp.
Table 2: Continue...
Table 3: Cultural observations of the selected Trichoderma isolates collected from Kanpur and different locations of Uttar Pradesh, India
Table 3: Continue...
Figure 1: Cultural and morphological observations of Trichoderma spp used
Figure 1: Continue...
Figure 1: Continue...
Table 4: Describing the ISTH TrichOKEY and TrichoMARK results for all eighteen Trichoderma species
Table 4: Continue...
Table 4: Continue...
Figure 2: The evolutionary history (Phylogram) was inferred using nearly complete ITS sequences (~600 bp) using ITS 1 and 4 primers from 18 Trichoderma spp. and available NCBI sequences, constructed by Neighbour Joining method (Saitu and Nei, 1987)
Table 1: Bio-agents deposited in National/ International collection /culture/ GenBank
Table 2: Morphological descriptors used in characterization of Trichoderma sp.
Table 2: Continue...
Table 3: Cultural observations of the selected Trichoderma isolates collected from Kanpur and different locations of Uttar Pradesh, India
Table 3: Continue...
Figure 1: Cultural and morphological observations of Trichoderma spp used
Figure 1: Continue...
Figure 1: Continue...
Table 4: Describing the ISTH TrichOKEY and TrichoMARK results for all eighteen Trichoderma species
Table 4: Continue...
Table 4: Continue...
Figure 2: The evolutionary history (Phylogram) was inferred using nearly complete ITS sequences (~600 bp) using ITS 1 and 4 primers from 18 Trichoderma spp. and available NCBI sequences, constructed by Neighbour Joining method (Saitu and Nei, 1987)
Table 1: Bio-agents deposited in National/ International collection /culture/ GenBank
Table 2: Morphological descriptors used in characterization of Trichoderma sp.
Table 2: Continue...
Table 3: Cultural observations of the selected Trichoderma isolates collected from Kanpur and different locations of Uttar Pradesh, India
Table 3: Continue...
Figure 1: Cultural and morphological observations of Trichoderma spp used
Figure 1: Continue...
Figure 1: Continue...
Table 4: Describing the ISTH TrichOKEY and TrichoMARK results for all eighteen Trichoderma species
Table 4: Continue...
Table 4: Continue...
Figure 2: The evolutionary history (Phylogram) was inferred using nearly complete ITS sequences (~600 bp) using ITS 1 and 4 primers from 18 Trichoderma spp. and available NCBI sequences, constructed by Neighbour Joining method (Saitu and Nei, 1987)
Table 1: Bio-agents deposited in National/ International collection /culture/ GenBank
Table 2: Morphological descriptors used in characterization of Trichoderma sp.
Table 2: Continue...
Table 3: Cultural observations of the selected Trichoderma isolates collected from Kanpur and different locations of Uttar Pradesh, India
Table 3: Continue...
Figure 1: Cultural and morphological observations of Trichoderma spp used
Figure 1: Continue...
Figure 1: Continue...
Table 4: Describing the ISTH TrichOKEY and TrichoMARK results for all eighteen Trichoderma species
Table 4: Continue...
Table 4: Continue...
Figure 2: The evolutionary history (Phylogram) was inferred using nearly complete ITS sequences (~600 bp) using ITS 1 and 4 primers from 18 Trichoderma spp. and available NCBI sequences, constructed by Neighbour Joining method (Saitu and Nei, 1987)
Table 1: Bio-agents deposited in National/ International collection /culture/ GenBank
Table 2: Morphological descriptors used in characterization of Trichoderma sp.
Table 2: Continue...
Table 3: Cultural observations of the selected Trichoderma isolates collected from Kanpur and different locations of Uttar Pradesh, India
Table 3: Continue...
Figure 1: Cultural and morphological observations of Trichoderma spp used
Figure 1: Continue...
Figure 1: Continue...
Table 4: Describing the ISTH TrichOKEY and TrichoMARK results for all eighteen Trichoderma species
Table 4: Continue...
Table 4: Continue...
Figure 2: The evolutionary history (Phylogram) was inferred using nearly complete ITS sequences (~600 bp) using ITS 1 and 4 primers from 18 Trichoderma spp. and available NCBI sequences, constructed by Neighbour Joining method (Saitu and Nei, 1987)
Table 1: Bio-agents deposited in National/ International collection /culture/ GenBank
Table 2: Morphological descriptors used in characterization of Trichoderma sp.
Table 2: Continue...
Table 3: Cultural observations of the selected Trichoderma isolates collected from Kanpur and different locations of Uttar Pradesh, India
Table 3: Continue...
Figure 1: Cultural and morphological observations of Trichoderma spp used
Figure 1: Continue...
Figure 1: Continue...
Table 4: Describing the ISTH TrichOKEY and TrichoMARK results for all eighteen Trichoderma species
Table 4: Continue...
Table 4: Continue...
Figure 2: The evolutionary history (Phylogram) was inferred using nearly complete ITS sequences (~600 bp) using ITS 1 and 4 primers from 18 Trichoderma spp. and available NCBI sequences, constructed by Neighbour Joining method (Saitu and Nei, 1987)
Table 1: Bio-agents deposited in National/ International collection /culture/ GenBank
Table 2: Morphological descriptors used in characterization of Trichoderma sp.
Table 2: Continue...
Table 3: Cultural observations of the selected Trichoderma isolates collected from Kanpur and different locations of Uttar Pradesh, India
Table 3: Continue...
Figure 1: Cultural and morphological observations of Trichoderma spp used
Figure 1: Continue...
Figure 1: Continue...
Table 4: Describing the ISTH TrichOKEY and TrichoMARK results for all eighteen Trichoderma species
Table 4: Continue...
Table 4: Continue...
Figure 2: The evolutionary history (Phylogram) was inferred using nearly complete ITS sequences (~600 bp) using ITS 1 and 4 primers from 18 Trichoderma spp. and available NCBI sequences, constructed by Neighbour Joining method (Saitu and Nei, 1987)
Table 1: Bio-agents deposited in National/ International collection /culture/ GenBank
Table 2: Morphological descriptors used in characterization of Trichoderma sp.
Table 2: Continue...
Table 3: Cultural observations of the selected Trichoderma isolates collected from Kanpur and different locations of Uttar Pradesh, India
Table 3: Continue...
Figure 1: Cultural and morphological observations of Trichoderma spp used
Figure 1: Continue...
Figure 1: Continue...
Table 4: Describing the ISTH TrichOKEY and TrichoMARK results for all eighteen Trichoderma species
Table 4: Continue...
Table 4: Continue...
Figure 2: The evolutionary history (Phylogram) was inferred using nearly complete ITS sequences (~600 bp) using ITS 1 and 4 primers from 18 Trichoderma spp. and available NCBI sequences, constructed by Neighbour Joining method (Saitu and Nei, 1987)
Table 1: Bio-agents deposited in National/ International collection /culture/ GenBank
Table 2: Morphological descriptors used in characterization of Trichoderma sp.
Table 2: Continue...
Table 3: Cultural observations of the selected Trichoderma isolates collected from Kanpur and different locations of Uttar Pradesh, India
Table 3: Continue...
Figure 1: Cultural and morphological observations of Trichoderma spp used
Figure 1: Continue...
Figure 1: Continue...
Table 4: Describing the ISTH TrichOKEY and TrichoMARK results for all eighteen Trichoderma species
Table 4: Continue...
Table 4: Continue...
Figure 2: The evolutionary history (Phylogram) was inferred using nearly complete ITS sequences (~600 bp) using ITS 1 and 4 primers from 18 Trichoderma spp. and available NCBI sequences, constructed by Neighbour Joining method (Saitu and Nei, 1987)
Table 1: Bio-agents deposited in National/ International collection /culture/ GenBank
Table 2: Morphological descriptors used in characterization of Trichoderma sp.
Table 2: Continue...
Table 3: Cultural observations of the selected Trichoderma isolates collected from Kanpur and different locations of Uttar Pradesh, India
Table 3: Continue...
Figure 1: Cultural and morphological observations of Trichoderma spp used
Figure 1: Continue...
Figure 1: Continue...
Table 4: Describing the ISTH TrichOKEY and TrichoMARK results for all eighteen Trichoderma species
Table 4: Continue...
Table 4: Continue...
Figure 2: The evolutionary history (Phylogram) was inferred using nearly complete ITS sequences (~600 bp) using ITS 1 and 4 primers from 18 Trichoderma spp. and available NCBI sequences, constructed by Neighbour Joining method (Saitu and Nei, 1987)
Table 1: Bio-agents deposited in National/ International collection /culture/ GenBank
Table 2: Morphological descriptors used in characterization of Trichoderma sp.
Table 2: Continue...
Table 3: Cultural observations of the selected Trichoderma isolates collected from Kanpur and different locations of Uttar Pradesh, India
Table 3: Continue...
Figure 1: Cultural and morphological observations of Trichoderma spp used
Figure 1: Continue...
Figure 1: Continue...
Table 4: Describing the ISTH TrichOKEY and TrichoMARK results for all eighteen Trichoderma species
Table 4: Continue...
Table 4: Continue...
Figure 2: The evolutionary history (Phylogram) was inferred using nearly complete ITS sequences (~600 bp) using ITS 1 and 4 primers from 18 Trichoderma spp. and available NCBI sequences, constructed by Neighbour Joining method (Saitu and Nei, 1987)
Table 1: Bio-agents deposited in National/ International collection /culture/ GenBank
Table 2: Morphological descriptors used in characterization of Trichoderma sp.
Table 2: Continue...
Table 3: Cultural observations of the selected Trichoderma isolates collected from Kanpur and different locations of Uttar Pradesh, India
Table 3: Continue...
Figure 1: Cultural and morphological observations of Trichoderma spp used
Figure 1: Continue...
Figure 1: Continue...
Table 4: Describing the ISTH TrichOKEY and TrichoMARK results for all eighteen Trichoderma species
Table 4: Continue...
Table 4: Continue...
Figure 2: The evolutionary history (Phylogram) was inferred using nearly complete ITS sequences (~600 bp) using ITS 1 and 4 primers from 18 Trichoderma spp. and available NCBI sequences, constructed by Neighbour Joining method (Saitu and Nei, 1987)
Table 1: Bio-agents deposited in National/ International collection /culture/ GenBank
Table 2: Morphological descriptors used in characterization of Trichoderma sp.
Table 2: Continue...
Table 3: Cultural observations of the selected Trichoderma isolates collected from Kanpur and different locations of Uttar Pradesh, India
Table 3: Continue...
Figure 1: Cultural and morphological observations of Trichoderma spp used
Figure 1: Continue...
Figure 1: Continue...
Table 4: Describing the ISTH TrichOKEY and TrichoMARK results for all eighteen Trichoderma species
Table 4: Continue...
Table 4: Continue...
Figure 2: The evolutionary history (Phylogram) was inferred using nearly complete ITS sequences (~600 bp) using ITS 1 and 4 primers from 18 Trichoderma spp. and available NCBI sequences, constructed by Neighbour Joining method (Saitu and Nei, 1987)
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