. 2011 Jan 25;51(1):94–99. doi: 10.1007/s12088-011-0104-7

Table 2.

Activities of fluorescein diacetate, phosphatases and phytase in the rhizosphere soils of soybean as influenced by inoculation of Bacillus

Isolates/Standard	Fluorescein diacetate activity	Acid phosphatase activity	Alkaline phosphatase activity	Phytase activity
KHBAR-1	63.74^ef	28.54^de	52.57^def	181.04^f
BD-3-1B	102.50^a	31.98^abc	61.86^b	273.47^c
BDN-5	67.06^def	26.84^ef	50.28^f	228.31^d
KHTH-4-1	94.18^ab	31.74^abc	53.87^b	230.68^d
KHBD-6	93.40^bc	30.79^bcd	59.57^bc	284.40^c
KHBD-7	85.55^c	25.26^fg	55.10^d	202.77^e
KDMR-1-1	74.37^d	30.04^cd	53.60^de	166.43^g
KHBD-2-2A	75.47^d	27.08^ef	58.26^c	280.45^c
BDKH-3	98.27^ab	30.04^cd	67.75^a	334.43^a
BDSD-2-2C	98.83^ab	33.28^a	68.30^a	241.35^d
B.amyloliquefaciens	70.16^de	32.28^ab	69.45^a	305.07^b
B. cereus	69.94^de	31.46^abc	53.12^def	193.29^ef
Uninoculated control	60.65^f	23.60^g	50.63^ef	139.44^h
LSD (P = 0.05)	7.99	2.26	2.92	14.12

Different letters represent significant differences (P = 0.05) (DMRT). Bacillus isolates are from different locations with contrasting agricultural management practices. Enzyme activity is expressed as pKat/g soil