Data Sheet 2_Red mite (Panonychus citri) attack amplifies citrus rootstock-driven responses in physiological and biochemical traits, VOC emission, and expression of defence-related... حسب Tommy Rioja (22179742)

"…While rootstocks are known to influence scion physiology and defence capacity, their specific role in modulating responses to pest attack is still poorly understood. To address this, we evaluated 18-month-old ‘W. Murcott’ mandarin grafted onto four citrus rootstocks (‘Macrophylla’, ‘C35’, ‘Citrumelo’, ‘Carrizo citrange’) under semi-field conditions, infested or not with P. citri. …"

Data Sheet 1_Red mite (Panonychus citri) attack amplifies citrus rootstock-driven responses in physiological and biochemical traits, VOC emission, and expression of defence-related... حسب Tommy Rioja (22179742)

"…While rootstocks are known to influence scion physiology and defence capacity, their specific role in modulating responses to pest attack is still poorly understood. To address this, we evaluated 18-month-old ‘W. Murcott’ mandarin grafted onto four citrus rootstocks (‘Macrophylla’, ‘C35’, ‘Citrumelo’, ‘Carrizo citrange’) under semi-field conditions, infested or not with P. citri. …"

Table 6_UV-C and hydration state drive pulsed light-induced proteome damage in Bacillus pumilus spores.xlsx حسب Imed Dorbani (21031028)

"…Proteomic changes were analyzed using mass spectrometry to identify proteins with decreased abundance after treatment.</p>Results<p>PL treatment induced a significantly greater proteomic alteration compared to UV-C, particularly in spores suspended in water, where the number of proteins with decreased abundance was ~6-fold higher than in spores sprayed on a polystyrene surface. …"

Table 5_UV-C and hydration state drive pulsed light-induced proteome damage in Bacillus pumilus spores.xlsx حسب Imed Dorbani (21031028)

"…Proteomic changes were analyzed using mass spectrometry to identify proteins with decreased abundance after treatment.</p>Results<p>PL treatment induced a significantly greater proteomic alteration compared to UV-C, particularly in spores suspended in water, where the number of proteins with decreased abundance was ~6-fold higher than in spores sprayed on a polystyrene surface. …"

Table 4_UV-C and hydration state drive pulsed light-induced proteome damage in Bacillus pumilus spores.xlsx حسب Imed Dorbani (21031028)

"…Proteomic changes were analyzed using mass spectrometry to identify proteins with decreased abundance after treatment.</p>Results<p>PL treatment induced a significantly greater proteomic alteration compared to UV-C, particularly in spores suspended in water, where the number of proteins with decreased abundance was ~6-fold higher than in spores sprayed on a polystyrene surface. …"

Table 3_UV-C and hydration state drive pulsed light-induced proteome damage in Bacillus pumilus spores.xlsx حسب Imed Dorbani (21031028)

"…Proteomic changes were analyzed using mass spectrometry to identify proteins with decreased abundance after treatment.</p>Results<p>PL treatment induced a significantly greater proteomic alteration compared to UV-C, particularly in spores suspended in water, where the number of proteins with decreased abundance was ~6-fold higher than in spores sprayed on a polystyrene surface. …"

Table 2_UV-C and hydration state drive pulsed light-induced proteome damage in Bacillus pumilus spores.docx حسب Imed Dorbani (21031028)

"…Proteomic changes were analyzed using mass spectrometry to identify proteins with decreased abundance after treatment.</p>Results<p>PL treatment induced a significantly greater proteomic alteration compared to UV-C, particularly in spores suspended in water, where the number of proteins with decreased abundance was ~6-fold higher than in spores sprayed on a polystyrene surface. …"

Table 1_UV-C and hydration state drive pulsed light-induced proteome damage in Bacillus pumilus spores.docx حسب Imed Dorbani (21031028)

"…Proteomic changes were analyzed using mass spectrometry to identify proteins with decreased abundance after treatment.</p>Results<p>PL treatment induced a significantly greater proteomic alteration compared to UV-C, particularly in spores suspended in water, where the number of proteins with decreased abundance was ~6-fold higher than in spores sprayed on a polystyrene surface. …"