Asexual spore are generally absent in Ustilago- smut .
BIOXI02: BIOLOGICAL CLASSIFICATION
331131
Select the correct statement :-
1 Sporangiospores are exogenously produced in sporangium
2 Conidia after germination produced conidiophore.
3 In basidiomycetes asexual spores are generally not found.
4 Alternaria is a example of ascomycetes
Explanation:
In Basidiomycetes, asexual spores are not found and even the sex organs are absent.
BIOXI02: BIOLOGICAL CLASSIFICATION
331132
In Basidiomycetes, the mycelium is
1 Branched and aseptate
2 Branched and septate
3 Unbranched and aseptate
4 Unbranched and septate
Explanation:
The mycelium is branched and septate in basidiomycetes.
BIOXI02: BIOLOGICAL CLASSIFICATION
331133
Black (stem) rust of wheat is caused by :
1 Alternaria solani
2 Ustilagonuda
3 Pucciniagramini
4 Xanthomonasoryzae
Explanation:
Puccinia graminis tritici is a fungi which causes Black stem rust of Wheat. It is called rust because of its reddish brown appearance of the spores that are found chiefly upon the surface of the host leaves and stems.
AIPMT - 2010
BIOXI02: BIOLOGICAL CLASSIFICATION
331134
Match the following. Column I Column II A Phycomycetes P Fungi imperfecti B Basidiomycetes Q Sac fungi C Deuteromycetes R Club fungi D Ascomycetes S Algal fungi
Asexual spore are generally absent in Ustilago- smut .
BIOXI02: BIOLOGICAL CLASSIFICATION
331131
Select the correct statement :-
1 Sporangiospores are exogenously produced in sporangium
2 Conidia after germination produced conidiophore.
3 In basidiomycetes asexual spores are generally not found.
4 Alternaria is a example of ascomycetes
Explanation:
In Basidiomycetes, asexual spores are not found and even the sex organs are absent.
BIOXI02: BIOLOGICAL CLASSIFICATION
331132
In Basidiomycetes, the mycelium is
1 Branched and aseptate
2 Branched and septate
3 Unbranched and aseptate
4 Unbranched and septate
Explanation:
The mycelium is branched and septate in basidiomycetes.
BIOXI02: BIOLOGICAL CLASSIFICATION
331133
Black (stem) rust of wheat is caused by :
1 Alternaria solani
2 Ustilagonuda
3 Pucciniagramini
4 Xanthomonasoryzae
Explanation:
Puccinia graminis tritici is a fungi which causes Black stem rust of Wheat. It is called rust because of its reddish brown appearance of the spores that are found chiefly upon the surface of the host leaves and stems.
AIPMT - 2010
BIOXI02: BIOLOGICAL CLASSIFICATION
331134
Match the following. Column I Column II A Phycomycetes P Fungi imperfecti B Basidiomycetes Q Sac fungi C Deuteromycetes R Club fungi D Ascomycetes S Algal fungi
Asexual spore are generally absent in Ustilago- smut .
BIOXI02: BIOLOGICAL CLASSIFICATION
331131
Select the correct statement :-
1 Sporangiospores are exogenously produced in sporangium
2 Conidia after germination produced conidiophore.
3 In basidiomycetes asexual spores are generally not found.
4 Alternaria is a example of ascomycetes
Explanation:
In Basidiomycetes, asexual spores are not found and even the sex organs are absent.
BIOXI02: BIOLOGICAL CLASSIFICATION
331132
In Basidiomycetes, the mycelium is
1 Branched and aseptate
2 Branched and septate
3 Unbranched and aseptate
4 Unbranched and septate
Explanation:
The mycelium is branched and septate in basidiomycetes.
BIOXI02: BIOLOGICAL CLASSIFICATION
331133
Black (stem) rust of wheat is caused by :
1 Alternaria solani
2 Ustilagonuda
3 Pucciniagramini
4 Xanthomonasoryzae
Explanation:
Puccinia graminis tritici is a fungi which causes Black stem rust of Wheat. It is called rust because of its reddish brown appearance of the spores that are found chiefly upon the surface of the host leaves and stems.
AIPMT - 2010
BIOXI02: BIOLOGICAL CLASSIFICATION
331134
Match the following. Column I Column II A Phycomycetes P Fungi imperfecti B Basidiomycetes Q Sac fungi C Deuteromycetes R Club fungi D Ascomycetes S Algal fungi
Asexual spore are generally absent in Ustilago- smut .
BIOXI02: BIOLOGICAL CLASSIFICATION
331131
Select the correct statement :-
1 Sporangiospores are exogenously produced in sporangium
2 Conidia after germination produced conidiophore.
3 In basidiomycetes asexual spores are generally not found.
4 Alternaria is a example of ascomycetes
Explanation:
In Basidiomycetes, asexual spores are not found and even the sex organs are absent.
BIOXI02: BIOLOGICAL CLASSIFICATION
331132
In Basidiomycetes, the mycelium is
1 Branched and aseptate
2 Branched and septate
3 Unbranched and aseptate
4 Unbranched and septate
Explanation:
The mycelium is branched and septate in basidiomycetes.
BIOXI02: BIOLOGICAL CLASSIFICATION
331133
Black (stem) rust of wheat is caused by :
1 Alternaria solani
2 Ustilagonuda
3 Pucciniagramini
4 Xanthomonasoryzae
Explanation:
Puccinia graminis tritici is a fungi which causes Black stem rust of Wheat. It is called rust because of its reddish brown appearance of the spores that are found chiefly upon the surface of the host leaves and stems.
AIPMT - 2010
BIOXI02: BIOLOGICAL CLASSIFICATION
331134
Match the following. Column I Column II A Phycomycetes P Fungi imperfecti B Basidiomycetes Q Sac fungi C Deuteromycetes R Club fungi D Ascomycetes S Algal fungi
Asexual spore are generally absent in Ustilago- smut .
BIOXI02: BIOLOGICAL CLASSIFICATION
331131
Select the correct statement :-
1 Sporangiospores are exogenously produced in sporangium
2 Conidia after germination produced conidiophore.
3 In basidiomycetes asexual spores are generally not found.
4 Alternaria is a example of ascomycetes
Explanation:
In Basidiomycetes, asexual spores are not found and even the sex organs are absent.
BIOXI02: BIOLOGICAL CLASSIFICATION
331132
In Basidiomycetes, the mycelium is
1 Branched and aseptate
2 Branched and septate
3 Unbranched and aseptate
4 Unbranched and septate
Explanation:
The mycelium is branched and septate in basidiomycetes.
BIOXI02: BIOLOGICAL CLASSIFICATION
331133
Black (stem) rust of wheat is caused by :
1 Alternaria solani
2 Ustilagonuda
3 Pucciniagramini
4 Xanthomonasoryzae
Explanation:
Puccinia graminis tritici is a fungi which causes Black stem rust of Wheat. It is called rust because of its reddish brown appearance of the spores that are found chiefly upon the surface of the host leaves and stems.
AIPMT - 2010
BIOXI02: BIOLOGICAL CLASSIFICATION
331134
Match the following. Column I Column II A Phycomycetes P Fungi imperfecti B Basidiomycetes Q Sac fungi C Deuteromycetes R Club fungi D Ascomycetes S Algal fungi