Exact(6)
The individual components of such systems include hypersensitive responses, chemical weapons like phytoalexins and hydrolytic enzymes, and structural barriers like lignin and hydroxyproline rich cell wall proteins [1].
Given the importance of serine hydrolases in the synthesis of waxy lipid rich cell wall in mycobacteria during dormancy and reactivation, studies on these proteins will contribute to the drug and vaccine design targeted towards TB.
Key to the success of the tubercule bacillis is its uniquely complex lipid rich cell wall, and cell wall synthesis pathways are current target areas for drug development [3] [6].
Moreover, mycobacterium has a lipid rich cell wall, which prevents binding and diffusion of most of the drugs [ 8].
Interestingly, numerous transcripts associated with cell wall related processes were repressed, e.g., pectinesterase (DMP400009250), polygalactouranase (DMP400023907), glycine rich cell wall protein (DMP400050455), chitin binding lectin (DMP400055565) and β-1-3 glucan synthase (DMP400049943).
Amongst the list of candidate genes, unigene contig Micro.187.C2 http://pgrc.ipk-gatersleben.de/poci showed high sequence homology to a class of tyrosine and lysine rich cell wall proteins (TLRP) previously identified in tobacco and tomato and was on average more than 5-fold higher expressed in the firm tuber bulks.
Similar(54)
However, the glucose rich cell walls of dedicated bioenergy crops (such as willow or Miscanthus in the UK) are generally recalcitrant to deconstruction, requiring high amounts of energy and severe chemical pretreatment before the glucose can be released in a form suitable for fermentation.
Polysaccharide and glycoconjugate-rich cell wall constituents are a major source of pathogen associated molecular patterns (PAMPs), which are recognized by pattern-recognition receptors (PRRs).
Indeed, unlike all other fungi, it appeared that cryptomycota did not produce a tough chitin-rich cell wall at any stage of their development.
Candidate enzymes selected to potentially target the cellulose-deficient, hydroxyproline-rich cell wall included lysozyme, trypsin, collagenase, and a C. reinhardtii-derived autolysin.
In the second phase of defense, which is characterized by rapid deposition of callose-rich cell wall enforcements and generation of reactive oxygen species (ROS), roles of ABA seem to be controversial and vary among different plant-pathogen interactions (Ton et al., 2009).
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