Proteome Quantification of Cotton Xylem Sap Suggests the Mechanisms of Potassium Deficiency-Induced Changes in Plant Resistance to Environmental Stresses
Zhang, Baohong. (January 2016).
Proteome Quantification of Cotton Xylem Sap Suggests the Mechanisms of Potassium Deficiency-Induced Changes in Plant Resistance to Environmental Stresses.
Scientific Reports,
(. Retrieved from
http://hdl.handle.net/10342/9547
Zhang, Baohong.
"Proteome Quantification of Cotton Xylem Sap Suggests the Mechanisms of Potassium Deficiency-Induced Changes in Plant Resistance to Environmental Stresses". Scientific Reports.
. (.),
January 2016.
May 25, 2022.
http://hdl.handle.net/10342/9547.
Chicago:
Zhang, Baohong,
"Proteome Quantification of Cotton Xylem Sap Suggests the Mechanisms of Potassium Deficiency-Induced Changes in Plant Resistance to Environmental Stresses," Scientific Reports 6, no.
(January 2016),
http://hdl.handle.net/10342/9547 (accessed
May 25, 2022).
AMA:
Zhang, Baohong.
Proteome Quantification of Cotton Xylem Sap Suggests the Mechanisms of Potassium Deficiency-Induced Changes in Plant Resistance to Environmental Stresses. Scientific Reports.
January 2016;
6()
. http://hdl.handle.net/10342/9547. Accessed
May 25, 2022.
