ABSTRACT
Objective:To understand the current situation of spiritual nursing needs in elderly patients with primary glaucoma and its influencing factors, and to analyze its relationship with self-perceived burden and perceived social support, so as to provide a theoretical basis for reducing their spiritual distress and pain and meeting their spiritual nursing needs.Methods:A total of 218 elderly patients with primary glaucoma who were hospitalized in the department of ophthalmology of the First Hospital of Jilin University from March to September, 2022 were selected by convenience sampling. They were investigated by using general information questionnaire, the Nurse Spiritual Therapeutics Scale, the Self-Perceived Burden Scale, and the Perceived Social Support Scale. And multiple linear regression was used to analyze the influencing factors of spiritual nursing needs among elderly patients with primary glaucoma.Results:The total score of spiritual nursing needs of elderly patients with primary glaucoma was (30.73 ± 4.85). The highest dimension of item average score was "building a good atmosphere" (3.02 ± 0.59), and the lowest dimension was "helping religious practice" (1.95 ± 0.63). The total scores of spiritual nursing needs and self-perceived burden were negatively correlated ( r=-0.423, P<0.01), and positively correlated with the total scores of perceived social support ( r=0.515, P<0.01). Multivariate linear regression analysis showed that age, religious belief, educational level, treatment duration, residence, self-perceived burden, and perceived social support were the main influencing factors of spiritual care needs of elderly patients with primary glaucoma, ( t values were -5.23-7.04, all P<0.01), which could explain 44.5% of the total variation. Conclusions:The spiritual nursing needs of elderly patients with primary glaucoma were at a medium level. Therefore, it is recommended that nurses should carry out targeted spiritual nursing for them according to the differences and characteristics of different patients, to reduce their self-perceived burden, and to improve perceived social support level, in order to meet their spiritual nursing needs.
ABSTRACT
Objective To study the pharmacokinetic differences of pure salidroside and Kunfukang pills in rats and explore the pharmacokinetic changes of salidroside as a pure form or in the mixture. Methods The rats were divided into two groups. One group received pure salidroside and the other was administrated with kunfukang pills. Concentrations of salidroside in both groups were determined by LC/MS/MS method. The main pharmacokinetic parameters were calculated. Results AUC0−t of salidroside was (587.11±35.02) in pure salidroside group and (956.35±47.65)ng·h/ml in Kunfukang group. cmax was (85.81±15.66) and (143.86±46.91)ng/ml separately, with significant difference. Conclusion The results indicated that other components in kunfukang pills had influence on the absorption, distribution and elimination of salidroside.
ABSTRACT
Objective@#To explore the effects of vitamin D3 on intestinal mucosal barrier of mice with severe burns.@*Methods@#Forty-two C57BL/6C male mice aged eight to twelve weeks were divided into vitamin D3 vehicle+ sham injury group of seven mice, vitamin D3 vehicle+ burn injury group of fourteen mice, vitamin D3+ sham injury group of seven mice, and vitamin D3+ burn injury group of fourteen mice according to random number table. Mice in vitamin D3 vehicle+ sham injury group and vitamin D3 vehicle+ burn injury group were injected with vehicle of vitamin D3 at a dose of 0.1 mL intraperitoneally at 1, 24, and 48 h before burn experiment. Mice in vitamin D3+ sham injury group and vitamin D3+ burn injury group were injected with vitamin D3 at a dose of 100 ng/kg dissolved in 0.1 mL vehicle intraperitoneally at the same time points. Mice in vitamin D3 vehicle+ burn injury group and vitamin D3+ burn injury group were inflicted with 30% total body surface area full-thickness dermal scald (hereinafter referred to as burn) on the back by 98 ℃ hot water for 3 to 4 seconds. And mice in vitamin D3 vehicle+ sham injury group and vitamin D3+ sham injury were treated with 37 ℃ water on the back for 3 to 4 seconds to simulate injury. Seven mice in vitamin D3 vehicle+ sham injury group and seven mice in vitamin D3+ sham injury group at post injury hour (PIH) 24, and seven mice in vitamin D3 vehicle+ burn injury group and seven mice in vitamin D3+ burn injury group at PIH 6 and 24 were sacrificed respectively to collect mesentery lymph nodes, spleens, livers, and intestinal tissue. The mesentery lymph nodes, spleens, and livers of mice in each group were collected to observe growth of bacteria, and number of bacteria was counted. Intestinal tissue of mice in each group was collected to detect protein expressions of zonal occludin 1 (ZO-1) and occludin by immunohistochemistry staining method, distribution of ZO-1 by immunofluorescence staining method, and expression of occludin by Western blotting. Data were processed with Kruskal-Wallis H test, Nemenyi test, one-way analysis of variance, t test, and Bonferroni correction.@*Results@#(1) At PIH 6 and 24, bacterial counts of mesentery lymph nodes, livers, and spleens of mice in vitamin D3 vehicle+ burn injury group were significantly higher than those of mice in vitamin D3 vehicle+ sham injury group (P<0.05). At PIH 6, bacterial counts of livers and spleens of mice in vitamin D3+ burn injury group were significantly lower than those of mice in vitamin D3 vehicle+ burn injury group (P<0.05). At PIH 24, bacterial counts of mesentery lymph nodes and livers of mice in vitamin D3+ burn injury group were significantly lower than those of mice in vitamin D3 vehicle+ burn injury group (P<0.05). (2) At PIH 6 and 24, expressions of ZO-1 and occludin of intestinal tissue of mice in vitamin D3 vehicle+ burn injury group were significantly lower than those of mice in vitamin D3 vehicle+ sham injury group, and expressions of ZO-1 and occludin of intestinal tissue of mice in vitamin D3+ burn injury group were close to those of mice in vitamin D3+ sham injury group. At PIH 6 and 24, expressions of ZO-1 and occludin of intestinal tissue of mice in vitamin D3+ burn injury group were significantly higher than those of mice in vitamin D3 vehicle+ burn injury group. (3) At PIH 6 and 24, compared with that of mice in vitamin D3 vehicle+ sham injury group, distribution of ZO-1 of intestinal mucosal epithelium of mice in vitamin D3 vehicle+ burn injury group was discontinuous. Distribution of ZO-1 of intestinal mucosal epithelium of mice in vitamin D3+ sham injury group was normal, and the distribution of ZO-1 of intestinal mucosal epithelium of mice in vitamin D3+ burn injury group was with good continuity. (4) At PIH 6 and 24, expressions of occludin of intestinal tissue of mice in vitamin D3 vehicle+ burn injury group were 0.720±0.003, 0.638±0.052 respectively, significantly lower than 0.918±0.003 of mice in vitamin D3 vehicle+ sham injury group (t=57.33, 5.36, P<0.05). At PIH 6 and 24, expressions of occludin of intestinal tissue of mice in vitamin D3+ burn injury group were 0.994±0.058, 1.064±0.060, close to 0.938±0.023 of mice in vitamin D3+ sham injury group (t=0.91, 1.96, P>0.05). At PIH 6 and 24, expressions of occludin of intestinal tissue of mice in vitamin D3 vehicle+ burn injury group were significantly lower than those of mice in vitamin D3+ burn injury group (t=4.75, 5.35, P<0.05).@*Conclusions@#Intestinal bacterial translocation can occur in the early stage of severe burn. And vitamin D3 plays a protective role in the intestinal mucosal barrier post severe burn to reduce the bacterial translocation by protecting tight junction proteins of intestinal epithelium.
ABSTRACT
OBJECTIVE:To investigate the mechanism of cross allergy reaction during the application of β-lactam antibiotics, and to provide reference for rational drug use in clinic. METHODS:Based on study experience of author in UIC and its affiliated hospital during advanced study,according to the experience of drug use safety management in patients allergic to β-lactam antibiot-ics from Rush University Medical Center,the mechanism of cross allergy reaction during the application of β-lactam antibiotics was summarized,and the disposal procedure for patients allergic to β-lactam antibiotics in the Affiliated Hospital of UIC was intro-duced. RESULTS:The principal reason for cross allergy reaction induced by β-lactam antibiotics were same or similar side chains between drugs. Cross allergy reaction occurred when IgE recognized these side chains. The disposal procedure for patients allergic to β-lactam antibiotics in the Affiliated Hospital of UIC included that the indication of β-lactam use was evaluated;standard penicil-lin skin testing according to evaluation results,anti-infection treatment by Grade challenge β-lactam antibiotics and course and rap-id drug tolerance induction. CONCLUSIONS:The disposal method for patients allergic to β-lactam antibiotics in the Affiliated Hos-pital of UIC can provide new thought for domestic clinical pharmacists in rational drug use among the patiens with reported aller-gies to special group as pregnant women,children.
ABSTRACT
Objective To evaluate antimicrobial effect and mechanism of meropenem in the model of PA infection by C.elegans.Methods To evaluate drug effects of PA infection with caenorhabditis elegans by different concentrations of culture medium, determinate the lethal rate of C.elegans.Western blot detected mitogen activated protein kinase ( Mitogen-activated protein kinase MAPK ) activity change, and PCR detected antimicrobial peptide genes expression in C.elegans after PA infection,the effect of meropenem on MAPK activity change and antimicrobial peptide genes expression.Results Compared with the control group (OP-50), the death rate of C.elegans in PA infection group changed significantly (P<0.01). Meropenem showed protective effect after C.elegans infection ( P <0.01 ) .Detection of MAPK kinase activity showed that PA infection caused PMK-1 kinase activation, further study showed that antibiotics meropenem did not affect the activation of PMK-1 kinase (no significant difference).C.elegans antimicrobial peptide gene Lys-1, clec-85, F55G11.7, K08D8.5 activity increased in PA infection (P<0.01).Meropenem promoted the expression of the antimicrobial peptide gene increased (P<0.01),with synergistic effects.Conclusion Our results show that a C.elegans pathogenicity model can be applied screening drug susceptible to pathogens infection quickly and easily.
ABSTRACT
OBJECTIVE:To explore the importance and necessity of clinical pharmacists in drug therapy for chronic disease patients,the feasibility of developing medication reconciliation (MR),and to provide reference for establishing the internal medicine working model of clinical pharmacy.METHODS:During May to Jul.2016,inpatients were selected from respiratory department of our hospital as subjects.After detailed pharmaceutical consultation,clinical pharmacist conducted MR for newly inpatients at the first day in the hospital.RESULTS:Through clinical pharmacists classified and organized the problems of drug use in the inpatients during medication,MR records of 98 inpatients were collected,involving 296 medical orders and 96 items of medication errors.Among MR patients,there were only 44 cases of good compliance (44.9％);some problems about drug use existed in other cases,including optional medication,improper usage and dosage,fearing of drug side effects and refusing to use drugs,drug withdrawal due to ADR,follow-up failure of special disease leading to excessive or inadequate dose,poor communication with doctors leading to medication errors,forgetting to take medication or missing,excessive medical treatment and so on.Most common medication error-inducing drugs type was cardiovascular drug,followed by respiratory drug and endocrine system drug.CONCLUSIONS:The development of MR by clinical pharmacists is helpful to identify and correct medication error,avoid potential medication error,and control disease.It can be used as a project of pharmaceutical care in department of internal medicine.