The experimental result showed that in the treatment of 100 mg/kg CS,the slaughter percentage was significantly increased by 4.1%(P<0.05)and the breast muscle percentage was extremely significantly increased by 12.4%(P<0.01) and the abdomen fat percentage was reduced by 31.6%(P<0.05).
Results: In the vehicle control group, while comparing with the baseline state, P1/(P1+P2) was significantly increased (0.326±0.141 vs. 0.403±0.142, P<0.05), and P2/(P1+P2) was significantly decreased (0.674±0.141 vs. 0.597±0.142, P<0.05) during colorectal distension.
4. With the increase in dietary zinc, zinc contents in serum (P<0.01), liver (P<0.01), kidney (P<0.05), pancreas (P<0.01), tibia (P<0.01) and oviduct (P<0.01) were significantly increased, but no significant change occured in lung and ovary (P>0.05).
The results show that both higher concentration ofvit C (100 μmol/L) alone and its combination with TNF-α could significantly increase apoptosis rate of adipocytes(P<0.01) and the effect of combination with TNF-α was more apparent than TNF-α alone (P<0.01).
Could significantly increase (P<0.01)the effective degradability of DM and OM in rice straw and markedly decreae(P<0.01)the effective degradability of NDF. The(NH 4 ) 2 SO 3 (8%)respectively improves the effective degradability12.57%and13.11%of DM and OM,and decrease the effective degradability13.54%of NDF.
The treatments using the powder to substitute 10% and 15% fine fodder may significantly increase meat quality of the rabbits, that using powder to substitute 20% fine fodder got the best economical benefit which was increased by 5.15%.
Results:The results showed that AngⅡ (10nmol/L or 100nmol/L) could significantly increase the motility parameters of male infertility spermatozoa incubated in vitro (p<0.05) and stimulate the increase of the intracellular Ca~ 2+ concentration(p<0.001).
RESULTS:RGDS could promote PDL adhesive and extension with significance at the concentration of 25-100 mg/L(P< 0.01); at the concentration of 50-100 mg/L, it could significantly promote PDL proliferation(P< 0.05); at the concentration of 25-100 mg/L, it could significantly increase ALP activity(P< 0.05)of PDL.
Cold deformation before aging can greatly improve properties of the alloy. Aging at 480℃ for 30min after 60% cold deformation, the values of microhardness and electrical conductivity can reach 165.13HV and 83%IACS, but they are only 153.46HV and 77.63% IACS respectively upon directly aging after solution.
Crystallization process of Co-Ti substituted M-type barium ferrite nanoparticles was investigated by XRD and TEM. The results show that the pretreatment method through coprecipitation process to eliminate Cl- anions in the citrate sol of BaCoTiFe10O19 can not only greatly improve the stability of the sol but also completely prevent the formation of α-Fe2O3 and BaFe2O4 during the whole crystallization of BaCoTiFe10O19 nanopartilces.
Crystallization process of Co-Ti substituted M-type barium ferrite nanoparticles was investigated by XRD and TEM. The results show that the pretreatment method through coprecipitation process to eliminate Cl-anions in the citrate sol of BaCoTiFe10O19 can not only greatly improve the stability of the sol but also completely prevent the formation of α-Fe2O3 and BaFe2O4 during the whole crystallization of BaCoTiFe10O19 nanopartilces.
Resistivity was measured by four-probe method. The results showed that:the added MnO2 greatly improved the relative density of SnO2 based ceramics. The added Sb2O3 restrained the densification,but appropriate addition of Sb2O3 could greatly improve electric conductivity property of MnO2-and Sb2O3-containing SnO2 based ceramics.
The trial effect indicated: (NH 4) 2SO 3 ( 4%,8%) could significantly improve the content of CP,S and Ash in rice straw,and they respectively increases CP(83.80%,174%),S(370%,465%) and Ash(6.13%,2.76%).
It is pointed out in the present work that a proper La content can significantly improve the stress repture property of Ni-20Cr-20Co-18W superalloy under 1000℃ and 4kg/mm2 and raise the creep activation energy.
adding different concentration of glucose to the culture medium at diferent develomental stage of embryos could significantly improve the cleavage rate (66.12% vs 44.76%, P<0.01) and morulae rate (33.75 vs 17.19%, P<0.05);
The promoters Pr6O(11)and Sm2O3 can significantly improve the activity of Zr-Mn-K catalysts for the synthesis of methanol and isobutanol from syngas. Under the conditions of 400℃, 10. 0MPa, 5000h(-1),space time yield of isobutanol increases from 5.9 to 11.5 and 9.8ml/h·l(cat).
The result showed that the strong-pathogenic GcM5-1A strain and ZpB1-2A strain significantly increased fecundity, reproduction rate, and the body volume of the adult nematode.
With an increase in temperature, initial moisture content and experimental time, the dM/dT was significantly increased.
After injection with DC vaccines, IFN-γ production in the treatment group was significantly increased as compared with that in the control group (P>amp;lt;0.01), and IL-4 production was decreased as compared with that in the control group (P>amp;lt;0.05).
On the stimulation of PDGF, the migration of NIH3T3 cells was significantly increased (P >amp;lt; 0.001) compared to the control and p38 MAP kinase was simultaneously phosphorylated.
The intensity of luminal cubilin and tubular accumulation of albumin were significantly increased in nephrotic kidneys.
Forest harvesting could also significantly increase the peak flood and snowmelt runoff.
Photopolymerization efficiency was shown to significantly increase upon introducing bromine atoms into the structure of an aniline derivative or molecules of the reaction medium.
It is demonstrated that filling with helium makes it possible to significantly increase this sensitivity.
Hypoxic training was shown to significantly increase the tolerance of physical work, especially when more "strenuous" NHT regimes were used.
Catecholamines, adrenomimetics, and prostaglandins were found to significantly increase the extent of aggregation; the electrophysiological characteristics of the cells were affected in different ways.
Simulation results prove that the proposed algorithm can significantly improve the performance of a multicode system.
The results show that this method could significantly improve the spatial precision (8 km spatial resolution).
As the method in this paper contains advantages from both direct and indirect methods, it could significantly improve the spatial resolution and, at the same time, keep the estimation of SOC well matched with the measured SOC.
Possible explanations are given to the fact that the attempts to significantly improve the character in question in common wheat cultivars have failed in spite of long-term genetic and selection studies.
It is noted that the method should enable one to substantially expand the accessible energy range and to significantly improve the accuracy to which the density of states is evaluated.