7 research outputs found
Effect of postpartum counseling on adoption of family planning within six months in women delivered in SSG Hospital: an interventional study
Background: Increased family planning helps to reduce maternal mortality and infant mortality. Unmet need is spacing of birth for younger women and is the limitation of births for older women; both of which can be fulfilled by rigorous counseling. so the present study was conducted to measure the proportion of targeted women adopting family planning methods after postpartum counseling and to find out the type and timing of adoption.Methods: A Non-randomized control trial was conducted. The study was carried out at the postpartum delivery ward of the obstetrics and gynecology department of SSG Hospital. 103 participants in the intervention group and 103 participants in the control group were interviewed.Counseling and leaflet were given to the intervention group. The washout period was kept for one week. In the next week in the control group usual counseling was given by the counselor (standard of care). Second interview of the same participants was done telephonically or home visits after the 6 months to see the adoption of family planning method.Results: Within six months of delivery, acceptance of contraceptive methods was more in intervention group (72.85%) than in control group (48.52%). Condom was the most common type of contraceptive intervention used in both interventional group (51.45%) and control group (36.76%) followed by Copper T use which was 14.21% in interventional group and 8.82% in control group. Majority of the women adopted contraceptives within two months of intervention.Conclusions: Counseling may help in adoption of family planning methods among postpartum women
Mutations in the regulatory subunit of soluble phosphofructokinase from yeast
Mutant alleles of the gene PFK2 have been obtained that alter the sensitivity to ATP inhibition of the soluble yeast phosphofructokinase. One of the alleles makes the enzyme sensitive to micromolar concentrations of ATP. Intragenic revertants of PFK2 mutants confirm that the PFK2 gene determines not only the regulatory properties of the soluble enzyme but also the catalytic activity of particulate phosphofructokinase
Multiple genes control particulate phosphofructokinase of yeast
Mutants of Saccharomyces cerevisiae lacking the particulate phosphofructokinase define at least four unlinked genes, PFK2, PFK3, PFK4 and PFK5. A structural role of PFK2 is indicated. Mutations in the other three have pleiotropic effects
Effect of different crop management practices for better economic returns from Kharif onion: Effects of NPKS fertilizer levels and spacing on Kharif onion
The present study was undertaken at the Agricultural Research Substation, Sumerpur-Pali to find out the effect of different fertilizer levels and crop geometry on kharif onion (Allium cepa L.) production. The experiment was laid out in split plot design with NPKS levels as main plot and crop geometry as subplot with three replications. Spacious crop geometry with highest dose of fertilizer (15 cm x 15 cm + 140 N: 80 P: 80 K: 40 S kg ha-1) produced maximum plant height (98.20 cm), leaves plant-1 (20), bulb polar diameter (79.34 mm), equatorial diameter (85.10 mm), bulb weight (137.44 g) and harvest index (51.30) with huge quantity of split/multiplier bulbs (6.54 t ha-1). Marketable yield (43.71 t ha-1), gross return (` 5.25 lakhs), net return (` 4.25 lakhs) and B: C ratio (4.25) were higher in the closer crop geometry (10 cm x 10 cm) with highest dose of fertilizer, whereas maximum biological yield (126.75 t ha-1) and total bulb yield (61.60 t ha-1) were reported in the closest spacing with highest dose of fertilizer (7.5 cm x 7.5 cm + 140 N: 80 P: 80 K: 40 S kg ha-1), which also produced the highest quantity (28.69 t ha-1) of unmarketable bulbs. It is concluded that for maximum production of better quality of kharif onion bulb, the seedlings should be planted at 10 cm x 10 cm spacing with the highest level of fertilizer dose (140 N: 80 P: 80 K: 40 S kg ha-1)