Adopt togeether2 fungal Trychoderma harzianum by Maziatul Husna Khairuzaman https://padlet.com/maz_husna_kz/G2FUNGI From us G2 Microbe students juniors and senior en-us 2017-11-16 15:22:16 UTC 2023-03-08 19:20:56 UTC hello@padlet.com https://cdn.pixabay.com/photo/2017/10/12/10/21/mushroom-2844146_960_720.png Our awesome group G2 And Our microbe seniors maz_husna_kz https://padlet.com/maz_husna_kz/G2FUNGI/wish/207721487 This time, we geng up with our seniors and chose Trychoderma harzianum as our fungus.


]]> 2017-11-16 15:35:01 UTC https://padlet.com/maz_husna_kz/G2FUNGI/wish/207721487 A bit about the fungal maz_husna_kz https://padlet.com/maz_husna_kz/G2FUNGI/wish/207724365 From Yanesa and luqman]]> 2017-11-16 15:39:00 UTC https://padlet.com/maz_husna_kz/G2FUNGI/wish/207724365 Picture of Our fungal maz_husna_kz https://padlet.com/maz_husna_kz/G2FUNGI/wish/207724879 Provided by luqman. There's even the spores seen in the picture]]> 2017-11-16 15:39:44 UTC https://padlet.com/maz_husna_kz/G2FUNGI/wish/207724879 Metabolism of the fungal maz_husna_kz https://padlet.com/maz_husna_kz/G2FUNGI/wish/207726539  Provided by Wem Ying

The fungal has a transformant strain that over expresses the gtt1 gene shows a threefold increase in glucose but not galactose or xylose uptake, a finding which confirms the role of the gtt1 gene in glucose transport.
 The gtt1 gene is transcriptionally regulated, being repressed at high levels of glucose. 

When carbon sources other than glucose are utilized, gtt1 repression is partially alleviated. Full derepression of gtt1 is obtained when the fungus is grown in the presence of low carbon source concentrations. This regulation pattern correlates with the role of this gene in glucose uptake during carbon starvation. 

The cloning of the first filamentous ascomycete glucose transporter is the first step in elucidating the mechanisms of glucose uptake and carbon repression in aerobic fungi.

Gtt1 gene is a gene which is responsible for the uptake of glucose in Trichoderma harzianum.The gtt1 gene is transcriptionally regulated, being repressed at high levels of glucose. When carbon sources other than glucose are utilized, gtt1 repression is partially alleviated. Full derepression of gtt1 is obtained when the fungus is grown in the presence of low carbon source concentrations. This regulation pattern correlates with the role of this gene in glucose uptake during carbon starvation. The cloning of the first filamentous ascomycete glucose transporter is the first step in elucidating the mechanisms of glucose uptake and carbon repression in aerobic fungi. A transformant strain that overexpresses the gtt1 gene shows a threefold increase in glucose but not galactose or xylose uptake, a finding which confirms the role of the gtt1 gene in glucose transport.]]> 2017-11-16 15:42:00 UTC https://padlet.com/maz_husna_kz/G2FUNGI/wish/207726539 Application of fungal maz_husna_kz https://padlet.com/maz_husna_kz/G2FUNGI/wish/207729004 Here are the application of Trychoderma harzianum in our daily life...             

1)Bioremedation by mutulism with another fungal, Glomus intraradices biocontrol from plant pathogens.  

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC91202/#__ffn_sectitle


2) In human, it can cause infection in the rental transplant  which is due to the kidney failure cause by the fungal. Thus, cause peritonitis in diabetic patients  ( Guarro,1999)

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC85751/#!po=28.4091

From Husna]]> 2017-11-16 15:45:32 UTC https://padlet.com/maz_husna_kz/G2FUNGI/wish/207729004