Wang et al. (2010) recorded significant increase in marketable weight of Chinese cabbage (Brassica campestris) with the application of cow manure vermicompost.
Thus, the data provided in this study support epidemiological observations and justified application of white cabbage products in breast cancer early prophylaxis.
Correspondence, drawings, legal documents, and other materials relating to patent applications for a cabbage harvester (1964) and an apple harvester (ca. 1970-1983), by Gerald Rehkugler, William F. Millier, Stanley Shepardson, and others.
This observation was supported by Ijoyah and Sophie (2009) who reported that the application of poultry manure increased cabbage yield.
When compared to NPK 15-15-15, apoultryion of poultry manure also increased cabbage head weight, head girth and head length by 17, 18 and 8%%, respectively.
The application of poultry manure also increased cabbage head weight, head girth and head length by 23, 21 and 13 % compared to the wood ash treatment, respectively.
The application of poultry manure treatment increased cabbage plant height, stem girth, leaf number/plant and leaf area by 17, 19, 10 and 16 % compared to NPK 15-15-15 fertilizer.
Moreover, up-regulated expressions of these genes were always observed about 2 h after stress treatments, which indicate that BraDof gene expression increases immediately under application of abiotic stresses in Chinese cabbage.
The application of NPK 15-15-15 fertincreasedgnificanthe incabbage theadabbage head yield and growth parameters more than that of rice bran, and this could be traced to the supply of readily available nutrients from the NPK fertilizer to the plant.
Phosphorus losses were highly affected by the soil application rates of manure amendments mixed with sugarcane and cabbage waste.
The application of poultry manure resulted in the highest values of cabbage plant height, stem girth, leaf number, leaf area, head weight, head length and head girth followed by NPK 15-15-15, wood and and rice bran, respectively.
