First, it enriches inspection knowledge and improves inspection skills. Especially microscopic examination techniques, such as peripheral blood cell morphology, bone marrow blood cell morphology, urine sediment analysis, prostatic fluid analysis, sperm 1 solution analysis, etc. Other skills include bacteriology colony observation and identification, immunology manual technology, biochemical maintenance and calibration, and blood transfusion antibody screening.
Secondly, I learned many ways and means to acquire new knowledge (Internet, digital cameras, libraries, magazines, etc.). ). When I saw their better books, I went home and searched online. Many of them are obtained free of charge, such as national clinical laboratory operating procedures (worth more than 300 yuan), bacterial identification maps, bacterial identification manuals, hematology maps, hematology lectures and so on. At the same time, a large number of bacterial colonies and bone marrow slices were photographed.
Thirdly, I learned their methods to deal with all kinds of complicated inspection problems and successful inspection quality management mode. Learn from them that they are extremely responsible for their work, always treat every specimen to be tested with a cautious attitude, and seriously deal with difficult problems encountered in their work. For example, there is a patient with blood test type, and the agglutination of A surface is very weak. Both the slide method and the test tube method have been done, and the positive and negative stereotypes are inconclusive. Finally, it was sent to the blood transfusion department for micro-centrifugation, and there was no conclusion. Finally, the patient's report was stopped and the blood type was tested at the blood station. Another patient began to have a large number of immature cells in peripheral blood and abnormal bone marrow images, and began to suspect hematological diseases. A few days later, he drew blood again and found that the patient was obviously different from last time. This patient is a typical toxic granulocyte change. Fourth, work hard, don't complain, and complete the tasks assigned by the teacher with good quality and quantity. Constantly sum up work, attach great importance to practice and theoretical study, study, summarize and improve, solve practical problems in work, always see your own shortcomings everywhere, have high standards and strict requirements, learn from others and make up for your own shortcomings.
Fifth, Director Zhang Ping is very good at management and pays attention to more details and costs. Once the clinical problems are found, the treatment plan and improvement measures are formulated in time. Director Zhang told me the layout and design ideas of the laboratory. Talk about the principles of dealing with departmental problems and the problems that should be paid attention to in the work. Tell him for years.
Management experience, he said that the key to the development of clinical laboratories lies in four aspects: "First, the management of department directors; Second, the director's positioning level of inspection instruments, equipment and reagents; The third is the business training and continuing education of department personnel; Fourth, participate in indoor and inter-room quality control. "
In short, I learned a lot of knowledge that I can't learn in textbooks. I will integrate these experiences into my teaching in the future, which will definitely stimulate students' interest in learning and achieve better teaching results.
Physical examination and biochemical self-identification 2 I studied in the bacteriology room of Xijing Hospital from September 20xx to February 20xx. In this short period of five months, I not only focused on learning the business knowledge of bacteria, but also went to clinics and blood banks to learn about their work processes and methods, and contacted the Red Cross Hospital in Xi 'an and went to the Red Cross Hospital twice. It not only enriches the inspection knowledge, but also improves the inspection skills.
As the largest and most authoritative laboratory in the province, after four months of study, my experience and overall learning experience are "busy" and "tired". Everyone works very hard and pays great attention to quality. Especially the teachers' superb diagnosis and treatment level, artistic operation technology, rigorous academic attitude, meticulous spirit, and patient, cordial and friendly attitude towards patients. This kind of working atmosphere and atmosphere is worth learning, which makes me feel busy, tired and happy! As a key project for further study, my study in the Department of Bacteriology has benefited a lot:
1. mastered the bacteriological examination of blood, pus, throat swab, nose swab, hydrocephalus, urine and feces.
2. Monitoring of nosocomial infection and screening of drug-resistant strains. Some common bacteria can be identified by colony morphology and simple experiments.
3. Before the end of my study, I applied for an internship in a blood bank for two weeks, and became familiar with the identification of special blood types and the operation process of difficult blood matching.
4. Through the recommendation of the teacher of Xijing Hospital, we established contact with the laboratory department of Red Cross Hospital, and exchanged views on the management and construction of the laboratory department of orthopedic hospital and the dynamics of medical laboratory discipline.
To this end, combined with the current situation of our laboratory and the requirements of the second-level orthopedic hospital, I have the following thoughts on the development of the laboratory:
1, all instruments should be responsible to people and be responsible for the daily maintenance of instruments. Maximize the use value of the instrument.
2. Everyone is involved in quality control, and everyone should be familiar with the analysis and treatment process of out-of-control quality control. It is conducive to the technical training of departmental talents and the daily flow of personnel in general hospitals and branches.
3. It is necessary to abandon the view that bacterial culture should be done only after pus is produced, and bacterial culture should be done for all abnormal throat swabs, nasal swabs, patients with drainage tubes and abnormal bloody secretions from wounds.
4. Strengthen the training of bacterial knowledge of medical staff in clinical departments of our hospital, including the use of antibiotics, the collection methods of bacterial specimens, and how to analyze bacterial culture reports.
4.D- dimer and plasma fibrinogen degradation products (FDP) are used as routine examinations for surgical patients, especially elderly patients.
5. In view of the particularity of blood bank work, a staff member is fixed in the blood bank to take blood and prepare blood.
6. Carry out blood matching and blood culture as soon as possible.
7. Coordinate blood stations and health bureaus and consider self-management.
The practice of biochemical self-appraisal 3 in medical laboratory in biochemical room is coming to an end. During this month's internship, I seriously abide by the system of the department, unite my classmates and respect my teachers.
Biochemical examination of liver, kidney and blood lipid function is an essential basic examination in every hospital.
Although I need to process a large number of specimens every day, first number them, then centrifuge them and finally put them on the computer, the inspector must carefully control every operation. Because there are many factors that affect the results of biochemical tests.
Biochemical quality control that must be done every day is one of the most important indicators, which can measure the state of instruments, the stability of reagents and the reliability of results.
The teacher will also actively demonstrate the operation and explain the principle to help us clearly understand the importance and necessity of quality control. Many people think that the work in the biochemical laboratory is easy, but I don't think so. Although the automatic biochemical instrument is popular now, it doesn't need to spend too much manpower, but the deviation of biochemical quality control and the fluctuation of biochemical results need the inspectors to make accurate analysis and judgment. The internship in the biochemical department further enriched my operating experience and laid the foundation for my skilled biochemical operation. I believe I can be a biochemical inspector in the future!
At the hot end of June, we finally started the long-awaited practice. I am full of expectations when I think that I finally have the opportunity to enter the laboratory and learn about my major from practice. As we are the first batch of students to start internship, we are inevitably a little excited and nervous. We will keep in mind every operation point and precautions introduced by the teacher. In just ten days, I witnessed the busyness of three departments-biochemistry, immunology and clinic, and found that there is a world of difference between work and study.
The first is biochemistry. The work here is basically an assembly line. Here, we should not only master professional knowledge in an all-round way, but also have a certain understanding of inspection instruments, because we don't know when the instruments will break down, so we need to know how to maintain the machines at this time. You need manual operation here, so you have to say blood back. This is for the convenience of patients or doctors when they have questions about the report. It is not only responsible for patients, but also my own responsibility as a medical staff.
The second sector is immunization. Unlike biochemistry, immunization requires a lot of manual operation. Because many of them are micro-experiments, they will be one mile short. The teacher also dare not let us operate easily. Many times, I just do some simple experiments and listen to the explanations of some experiments next to the teacher. With this intuitive learning method, the pale theory and simple pictures and texts in our class become concrete and vivid.
The third department is the clinic, which is actually divided into blood and body fluids. In the blood clinic, I looked at the flow cytometer that automatically analyzed, and then recalled what the teacher explained in class, and I had a deeper understanding. In the clinical examination of body fluids, teachers often let us see samples. These days, we have a better understanding of the just-concluded clinical laboratory foundation, and we have seen more samples, and these samples from different people, whether positive or negative, are what we will face in the future. It is said that the relationship between doctors and patients is tense now, and I am lucky to practice here at the information desk. Dealing with patients requires more patience. Say hello more, maybe it will narrow the distance between doctors and patients, less suspicion and more trust.
Some people say that the work in the laboratory can be easily started within three months, which is very simple. However, after really coming here to experience it, you will find that the inspection work is not as simple as expected. Just like the report in the patient's hand, it seems simple. In fact, this is through the careful operation of teachers' quality control, experiment, detection, review and re-examination, and every step is sloppy. Although in the eyes of outsiders, inspectors do the same work every day, when accidents or special symptoms appear, it is meaningful to find the accumulation day by day, which is why inspectors not only require professional knowledge to be kept in mind.
It also needs a lot of practical experience.
Although this internship lasted only two weeks, I learned a lot about the work of the clinical laboratory and met many teachers. I have some new knowledge about this major and my future, and also make my future goals more clear.
In a word, this practice has gained a lot. I am really grateful to the teachers in schools and hospitals for giving us such a good opportunity to have a full understanding of our major.
Time flies, three weeks is really too short. As soon as I got familiar with the work of the biochemical group, I was faced with changing to other professional groups, and my heart was full of disappointment. I really hope that the pace of time can stop in these two days and leave me more memories about the biochemical group. I like the harmonious atmosphere of the biochemical group very much, miss the teachers' hearty laughter, and cherish the unforgettable days in the biochemical group, because I cherish and pray that time can stay; I just want to do more work because I cherish it. During my internship in the biochemical group, every teacher taught me a lot and I learned a lot. The only regret now is that the time is too short, and many things can only be tasted, lacking a deeper understanding.
The internship of the biochemistry group seems simple and boring to other students, but it is both familiar and unfamiliar to me. My favorite course in the past was clinical biochemistry. Because of my own interest and efforts, I still learned the theoretical knowledge of clinical biochemistry, so I always thought that the internship of biochemical group should be relatively handy, but in the process of internship, I still found that it was just an armchair strategist and knew nothing. I deeply feel that the superficial knowledge I have learned and the lack of professional knowledge in practical application, and there is still a certain gap between practical ability and job requirements. The work of the biochemical group is far more meticulous and rigorous than I expected, which makes me truly realize the meaning of "never too old to learn".
Biochemical self-appraisal of medical laboratory During the summer vacation of 6 xx, our group (the second batch of biochemical practice group) practiced in the laboratory of xx Hospital. Although the two-week internship is short, we have learned a lot.
I remember on the first day of practice, we stood there looking at the busy teacher and couldn't even help. However, under the guidance of the teacher, we gradually learned to use various instruments and became familiar with the whole operation process ... The next day, we basically started to find something to do by ourselves, and then asked the teacher for advice when we met something we didn't understand. As a result, we gradually accumulated knowledge in our work day after day.
We met many kind and strict teachers during the rotation practice in various departments of immunization I, immunization II, clinical biochemistry, clinical examination (blood routine and urine routine) and exfoliated cells. Their earnest teaching makes us make continuous progress. It can be said that this practice has applied a lot of knowledge in the original textbook to practical operation, but we have also learned a lot of knowledge that books can't learn. For example, many operations need to pay attention to details: 24-hour urine sampling, elisa sampling, operating blood cell analyzer ... When helping teachers do experiments, some teachers often ask us some questions (although sometimes they can't answer them), and then teachers will explain the knowledge points to us, consolidate what they have learned while learning new knowledge, and some teachers will take the time to explain to us the working principles of various instruments, so that we can have a preliminary understanding and understanding of various instruments.
This practice can be successfully concluded. First of all, I would like to thank the department leaders and counselors, Mr. Chen Ruiming and Mr. Ying Yayun, who won this rare opportunity for us. I would also like to thank Mr. Peng from the laboratory for his warm reception. Finally, I would like to thank the teachers who are enthusiastic about teaching during the practice outside. These include Mr. Mao Kezi, Mr. Zhi Liming, Mr. Wang, Mr. Lu Yide, Mr. Shi Hourong, Mr. Wang and Mr. Jin.
In a word, this practice has benefited a lot, and I have learned a lot while enriching my summer vacation life.
Seven years of physical examination and biochemical self-assessment really passed quickly, and a month in the biochemical room passed in a blink of an eye. No matter how I study, I think I should sum up and gain a lot.
Summarized as follows:
First, there is no need to add anticoagulant to the blood of the project done in the biochemical room, that is, after centrifugation, the supernatant, that is, serum, is used to do the required test items. We should also know the difference between serum and plasma: serum is the upper clear liquid after blood coagulation, and the main reaction of coagulation is that fibrinogen is converted into fibrin, so serum no longer contains fibrinogen. Plasma is the supernatant obtained by adding anticoagulant to blood and centrifuging. The existence of anticoagulant blocked the coagulation chain reaction and hindered the coagulation process, and fibrinogen still existed in it. In addition, plasma does not contain free calcium ions, which can be coagulated by adding calcium ions, while serum contains free calcium ions, which cannot be coagulated by adding calcium ions. In addition, the coagulation factors in serum are much less and the coagulation products are much more.
2. Projects to be done in biochemical laboratory: 1. P3 (liver function): Serum total bilirubin (TBIL), serum direct bilirubin (DBIL), serum indirect bilirubin (IBIL), serum aspartate aminotransferase (AST), serum alanine aminotransferase (ALT) and serum γ -glutamyltransferase (GGT) were measured. Serum albumin (ALB), serum total cholesterol (T-CH), serum total bile acid (TBA), lactate dehydrogenase (LDH), α-L- fucosidase (AFU) and adenosine deaminase (ADA).
2.P2 (renal electrolyte): Determination of serum total carbon dioxide, serum creatinine (CR), urea nitrogen (BUN), serum uric acid (UA), glucose (GLU), cystatin C(CYS-C), potassium, sodium, chlorine, calcium, serum bicarbonate, inorganic phosphorus, magnesium and iron. 3.P5 (blood lipids): serum triglyceride (TG), serum total cholesterol (T-CH), serum high density lipoprotein cholesterol (HDL-C), serum low density lipoprotein cholesterol (LDL-C), lipoprotein a(Lpa), serum apolipoprotein AI (APO-AI) and serum apolipoprotein B (APOB). 4.P6 (zymogram determination): serum creatine kinase (CK), creatine kinase isoenzyme (CK-MB), serum aspartate aminotransferase (AST), serum alanine aminotransferase (ALT), serum γ -glutamyltransferase (GGT), serum α -hydroxybutyrate dehydrogenase (α-HBD) and serum lactate dehydrogenase (LDH). 5.P8 (rheumatism): determination of rheumatoid factor (RF), anti-streptolysin O (ASO) and C-reactive protein (CRP)6.24-hour urine protein quantitative determination (when receiving the specimen, be sure to ask the patient's total urine volume and fill in comments in the computer patient information). 7. Biochemical (CSF) detection of cerebrospinal fluid (if the cerebrospinal fluid is colorless and transparent, centrifugation is not needed; If it is turbid, it needs to be detected after centrifugation): GLU, CL, PRO. 8. Biochemical (FSH) detection of pleural effusion and ascites (after centrifugation). 9. Determination of hematuria amylase. 10. Determination of serum homocysteine (HCY). 1 1. Determination of tumor-specific growth factor.
12. Cholinesterase analysis. 13. blood gas analysis: PCO2, PO2, PH, BE, AG, TCO2, HCO3-. 14. myocardial infarction series: NT-proBNP, CK-MB, cTnI, myo.
Iii. Clinical significance of each test item: 1. TBIL: bilirubin is the degradation product of hemoglobin in aged red blood cells. The increase of total bilirubin is seen in toxic or viral hepatitis, hemolytic jaundice, pernicious anemia, paroxysmal hemoglobinuria, polycythemia, neonatal jaundice, internal bleeding, hemolytic jaundice after blood transfusion, acute yellow liver atrophy, congenital bilirubin abnormality, etc. 2.DBIL: increased in obstructive jaundice and hepatocellular jaundice. 3.TP: TP increase is seen in acute dehydration (such as vomiting, diarrhea and high fever) and increased serum albumin synthesis; Decreased water and sodium storage, malnutrition, increased consumption, liver dysfunction and burns, protein loss, hyperthyroidism and massive blood loss. 4.ALB:
Severe water loss increases; Decreased in acute and chronic liver diseases, malnutrition or malabsorption. 5.ALT: ALT is abundant in the liver. When the liver is damaged, this enzyme can be released into the blood, so the determination of ALT is often used as a sensitive index to judge the damage of liver cells.
5.AST: It is used to diagnose acute myocardial infarction and is also an observation index for hepatitis patients. 6.GGT: It is higher than acute and chronic hepatitis, obstructive jaundice, biliary tract infection, acute pancreatitis and other hepatobiliary diseases. 7.TBA: It is increased in hepatitis, extrahepatic bile duct obstruction and intrahepatic cholestasis. 8. Reducing hepatocyte damage is an important means for diagnosis and prognosis estimation of organophosphorus poisoning. In patients with severe hepatitis, the decrease of CHE is directly proportional to the degree of liver disease. If it continues to decrease, it means that the prognosis is poor. 9. Amy: This increase is seen in acute pancreatitis, acute appendicitis, intestinal obstruction and other diseases; Decreased liver and renal function damage. When mumps occurs, especially acute mumps, AMY in blood and urine increases significantly. 10.ADA: it is mainly distributed in human lymphoid tissues, and the ADA activity in patients with acute and chronic hepatitis, alcoholic hepatitis, liver cirrhosis and hepatocellular carcinoma is generally increased. 1 1.ALP: Normal serum ALP mainly comes from bone and is produced by osteoblasts, so the activity of ALP in bone diseases, especially in children with new bone formation and growth period, is increased. ALP activity increases in hepatobiliary diseases, especially in biliary obstruction.
12.AFU: the AFU of patients with acute hepatitis and liver cirrhosis increased. 13.UA: This increase is seen in gout, renal insufficiency and other diseases. This decrease is seen in hepatolenticular degeneration, severe anemia and so on. 14. urea nitrogen: this increase is seen in renal function injury, excessive protein decomposition, etc. This decline is seen in pregnancy. 15.CR: elevation is common in late renal parenchymal damage. Cys-C: 16。 CYS-C is a simple, sensitive and specific marker for measuring glomerular filtration rate. Elevated renal function is common.
17.GLU: It is the main basis for the diagnosis of diabetes, and it is also a necessary test for the differential diagnosis of coma. Diabetes, pancreatic diseases, acromegaly, abnormal liver function, and increased oral contraceptives; This decrease is seen in drug-induced, endocrine, reactive and spontaneous hypoglycemia. 18.CO2: This increase is seen in metabolic alkalosis and respiratory acidosis; Metabolic acidosis is reduced. 19.Ca: This increase is seen in primary hyperparathyroidism, vitamin D poisoning, acidosis and dehydration. This decline is seen in hypoparathyroidism, vitamin D deficiency and neonatal hypocalcemia. 20. Iron: increased in hemolytic anemia, aplastic anemia, megaloblastic anemia and vitamin B6 deficiency; This decrease is seen in iron deficiency anemia, chronic long-term blood loss, acute and chronic infection, etc. 2 1.Mg: This increase is seen in renal insufficiency and hypoparathyroidism. This decline is seen in hyperparathyroidism, primary aldosteronism, diabetic acidosis and so on. 22. Cerebrospinal fluid: The determination of cerebrospinal fluid protein and specific protein is often used to identify the increase of blood-brain barrier permeability to plasma protein or the increase of intrathecal immunoglobulin secretion. 23. Urine protein quantification: The determination of urine total protein is an important indicator to distinguish nephropathy. The symptoms are increased glomerular permeability, renal tubular reabsorption and abnormal protein secretion. 24.T-CH: Elevated is seen in various proteinemia, obstructive jaundice, nephrotic syndrome, etc. This decline is seen in various lipoprotein deficiency States, liver cirrhosis, malnutrition and so on. 25.TG: This increase is seen in coronary atherosclerosis, diabetes, obesity, hyperlipidemia and so on. 26.HDL-C: negatively correlated with coronary heart disease. 27.APOA-I: The results of patients with coronary heart disease and cerebrovascular disease are often very low. 28.APOB: Among various blood lipid indexes, it is a good sign of atherosclerosis. When it increases, even if LDL-C is normal, it will increase the incidence of coronary heart disease. 29.LPa: High concentration of LPa in serum is an indicator of arteriosclerosis and heart disease risk. 30.CK: This increase is seen in patients with progressive muscular atrophy, dermatomyositis, acute myocardial infarction, viral myocarditis, cerebrovascular accident, meningitis and hypothyroidism. 3 1.CK-MB: It is very common that blood pressure rises in acute myocardial infarction. 32.LDH: Elevated levels are common in myocardial infarction, hepatitis, lung infarction and other diseases. 33.Hcy: As a risk indicator of cardiovascular diseases, especially coronary atherosclerosis and myocardial infarction, its concentration is directly proportional to the risk, and it is an independent risk factor of cardiovascular diseases. 34.RF: Elevated is common in rheumatoid arthritis.
35.ASO: Elevated levels indicate diseases caused by hemolytic streptococcus infection and immune response after infection, which are found in infective endocarditis, tonsillitis and acute glomerulonephritis, and are helpful for the diagnosis of rheumatoid fever. 36.CRP: As an acute reaction protein, it rises rapidly within a few hours after the onset of various diseases such as acute inflammation, tissue injury, myocardial infarction, surgical trauma and radiation injury. , and there is a trend of doubling. When the lesion improved, it quickly returned to normal, and the increase was positively correlated with the degree of infection.
Four. Operation flow of biochemical laboratory specimens: 1. Number the collected samples according to the items checked on the laboratory sheet, and the number on the blood sample should be consistent with the number on the laboratory sheet. It should be noted that there will also be a bar code on the test sheet, which should also be carried out.
Number. 2. Receive the specimen. If the specimen is not collected, notify all departments to collect the specimen in time, and then receive it. Check whether the information contained in the barcode is consistent with the information on the test sheet. If not, communicate with the corresponding departments in time to determine the inspection items.
3. Centrifuge the blood sample, and pay attention to that each sample must be qualified by centrifugation. Unqualified centrifuges should be separated again. 4. Enter the corresponding test items on the test sheet on the computer. 5. Put the separated blood into the corresponding position of the automatic biochemical analyzer. 6. Click the Run button on the computer to start running. 7. View and send the results.
Verb (abbreviation of verb) tests the reporting range of "critical value": 1. White blood cells: 40×109/l. Hemoglobin: 220/L.3 Platelet:1000109/L.4. Prothrombin time (PT):> 35 seconds. 5. Activated partial thromboplastin time (APTT): >; 1970s. 6. Potassium: 6.5 mmol/L. 7. Sodium: 160 mmol/L. 8. Chlorine: 125 mmol/L. 9. Glutamate: 25 mmol/L.10. Cr: & 650 micromole/l 1 1. urea >: 36 mmol/l 12. Amy: blood >; 500U/L or urine >; 1000 unit/liter. 13.PH value: 7.6. 14. Partial pressure of carbon dioxide: 70 mm Hg.15. PO2: <; 30 mm Hg.
Although I only stayed in the biochemical room for a short time, I learned a lot of knowledge inside and outside the textbook, became proficient in many practical inspection operations, and established a good relationship with teachers and classmates. I sincerely thank every teacher in the biochemical room for their earnest teaching. I hope to continue to work hard in the future internship process and learn more knowledge from teachers and classmates with an open mind to enrich myself. Resolutely correct all the mistakes made during the internship. Serious, modest and diligent.
Physical examination, biochemical self-identification, 8 times flying, the sun and the moon flying. One year's internship life passed quickly. Looking back on the past year, I can't help but feel deeply. I was officially admitted to the clinical laboratory in August by the hospital. 1 1. During this year's internship, I constantly strengthened my study, improved my political and professional quality, positioned myself accurately, and tried to do my job well. The internship in the past year is reported as follows: In just a few months, under the correct leadership of the party and government leaders and the director of the clinical laboratory, I have earnestly studied various professional knowledge, forge ahead, seek truth from facts, carry forward the work style of keeping pace with the times, adhere to the concept of patient-centered clinical service, and stand on my post. The summary mainly includes the following items:
One. Do one's duty and do one's job well.
As a member of the clinical laboratory, I am not only a doctor's eye, but also a doctor's assistant. It is another criterion since I took office to grasp my responsibilities. Apply what you have learned, collect teachers' opinions, learn from foreign experience, put forward opinions and suggestions, and be a good doctor's consultant. So far, it has basically met the requirements of the hospital for various patient detection parameters; In order to ensure the accuracy of all kinds of patients' test data, the whole process of inspection and testing is carried out in strict accordance with the "National Clinical Inspection Operating Rules" and "Product Instructions", and the inspection reports issued in the past year are basically accurate. In the inspection business, we can resolutely implement the concept of medical safety first and put an end to medical accidents. Further improve the quality of medical service and improve service attitude to win the trust of patients.
Two. Professional knowledge, working ability and specific work
Although the daily laboratory work is very busy, it is difficult to do it. For example, I have never done a lot of manual sampling before. But in order to do a good job, obey the leadership arrangement and actively support the work of the department director, I am not afraid of trouble, learn from the teacher with an open mind and explore the practice myself. In a short time, I mastered the manual sampling work, clarified the working procedures, improved my working ability, and formed a clear working idea in specific work. In order to make up for my lack of professional knowledge, I
Constantly ask yourself to make up this knowledge every day to lay a solid foundation for yourself or for future interviews.
Third, work attitude and hard work.
Doctors and parents, I take it as my duty to do everything possible to relieve the suffering of patients. I hope all patients can recover soon, so every time I enter the ward, I spare no effort to encourage them with limited time, patiently help them understand their illness, establish confidence in overcoming the disease, and silently pray for their early recovery. Love your job, be able to treat every job correctly and seriously, and serve everyone enthusiastically. Seriously abide by labor discipline, ensure attendance on time, effectively use working hours, stick to their posts, and work overtime to finish the work on time.
Fourthly, I have also received criticisms and corrections from all sides in my work, and I have carried out rectification one by one, which has achieved good results.
In the past few months of my internship, under the leadership of the hospital leaders and department directors, I am conscientious and diligent. Although some achievements have been made, problems and mistakes will inevitably occur in the work because of the need to further improve their own quality in all aspects. For example, some work is not perfect enough and needs to be improved in future work. I sincerely hope that all leading teachers can criticize and correct me in time. The new year means a new starting point, new opportunities and new challenges. I am determined to make persistent efforts, by going up one flight of stairs, to create a new situation in work, raise my ideological understanding and work performance to a new level, and make greater and greater contributions to the development of the General Hospital.