Can I get leukemia if I am exposed to too much injection molding? Please, 3Q

I am also engaged in the injection molding industry, and many colleagues around me have never worried about this, nor have they had this disease.

Not necessarily, leukocytosis can be caused by an infection. Leukemia generally causes a decrease in pancytopenia.

If there is inflammation in the body, it can also cause leukocytosis. In the absence of inflammation, white blood cells are usually out of a certain range, indicating a lesion in a certain part of the body, but not necessarily leukemia.

Leukemia is the absence or very few white blood cells. Since white blood cells are part of the body's immune system, they are easily fatally invaded by germs.

Infection, inflammation, virus infection, allergies, poisoning, tissue necrosis, etc. will cause leukocytosis.

Leukemia is when white blood cells swallow red blood cells.

No! For example, when the amount of bacteria and viruses increases, after the body's immune response increases, the white blood cells immediately begin to attack the invading bacteria and viruses, when the runny nose is milky white or light white, then there are a lot of white blood cells and bacteria and viruses, in other words, after the white blood cells kill the bacteria and viruses, the white blood cells are also exhausted with the bacteria and viruses, and they are discharged from the body!

High white blood cells are usually caused by bacterial infections, usually colds, fevers or urinary tract infections, and some anti-inflammatory drugs (antibiotics) or infusions are sufficient. Of course, what to use depends on what you are sensitive to, generally penicillin is used for upper respiratory tract infections (hospitals prefer to use cephalosporins that are not very effective for patients), and floxacin is recommended in other places, especially levofloxacin has a better effect - these are the feelings of me and my family. If the white blood cell count does not come down for a long time, you need to go for a bacterial culture, and the doctor will take a reasonable examination according to your situation.

Elevated white blood cells and leukemia are two different things, don't worry.

Most leukemia patients have high white blood cells, but some leukemia patients have low white blood cells, and even leukemia cells cannot be found in the peripheral blood. Laboratory diagnostic criteria for leukemia: hemoglobin and red blood cells are significantly less, thrombocytopenia, leukocytes are significantly increased or significantly reduced, and the original plus premature granules, original monogram plus juvenile mono, and protolytic lymph plus young lymph in the blood smear are greater than 30%.

Signs: anemia, bleeding, infection, liver, spleen, lymphadenopathy, bone pain, etc.

1 Viral factors The leukogenic effect of RNA tumor viruses in animals such as rats, cats, chickens and cattle has been confirmed, and the leukemia caused by such viruses is mostly of the T-cell type. 2 Chemical factors Some chemicals have leukemia-causing effects. For example, the incidence of leukemia in people exposed to benzene and its derivatives is higher than that in the general population.

Reports of leukemia-induced leukemia by nitrosamines, phenylbutazone and its derivatives, and chloramphenicol have also been reported, but statistical information is lacking. Some anti-tumor cytotoxic drugs, such as nitrogen mustard, cyclophosphamide, methylbenzylhydrazine, VP16, VM26, etc., are recognized to have leukemia-causing effects. 3 Radiological factors 4 Genetic factors.

It has the effect of causing leukemia.

Patients with leukemia may have varying degrees of anemia, infection, bleeding, fever, liver, spleen, lymphadenopathy and bone pain. In addition, bleeding is also a common symptom of leukemia, bleeding sites can be all over the body, with **, gums, nasal bleeding being the most common, retina, intraauricular bleeding and intracranial, gastrointestinal, respiratory tract and other visceral hemorrhage.

The symptoms of leukemia vary. The main thing is fatigue.

Leukemia is still a malignant disease with unknown causes. It also has to do with pollution. It's best to use less plastic bags.

It is chronic and can live for more than ten years. If it is acute, there is no timely bone marrow donation. It can only be sustained by blood transfusions for a few months.

The factors that cause leukemia are: Physical factors: (ionizing radiation, X-rays, R-rays, etc.) Chemical factors:

Engaged in chemical, fertilizer, rubber, leather and other types of work) Biological factors: (bacteria, viruses, etc.) Genetic factors: (leukemia patients have a genetic predisposition in their families) and so on.

Laboratory diagnostic criteria: hemoglobin and red blood cells are significantly less, thrombocytopenia, leukocytes are significantly increased or significantly reduced, and the original plus premature granules, original monogram plus juvenile monolith, and protolytic lymph plus juvenile single in the blood smear are greater than 30%. Signs:

Anemia, bleeding, infection, liver, spleen, swollen lymph nodes, bone pain, etc. Leukemia itself is a genetic mutation. **Standards:

If it is after the acute leukemia is relieved, it is not ** for five years, we call it long-term survival, and if it is not ** for ten years, we call it **. But there are some special cases, such as having acute lymphoid leukemia when I was a child, and then ** more than ten years later. Speaking of acute leukemia, whether it is acute lymphoblastic leukemia or acute myeloid leukemia, about 20% to 30% of patients who rely on chemotherapy can **, that is, reach the situation of not ** for ten years.

If a bone marrow transplant is available, the rate will be higher. But chronic leukemia, so far, if you don't go for an allogeneic hematopoietic stem cell transplant, we haven't said that you can make it by chemotherapy or other **. Acute depends on drugs** a considerable part of **, but chronic, to this day I dare not say which drug can ** leukemia.

There are mainly the following types of chemicals: radiation, targeting, and traditional Chinese medicine. Some high-risk patients require bone marrow transplantation. In the past 10 years, with the progress of molecular biology and biogenetics, the prognosis of leukemia has been greatly improved.

Leukemia is an incurable disease" is a thing of the past. Formally, systematically** can enable most leukemia patients to survive without disease for a long time, or even be cured.

Leukemia is a genetic disease, and the cure is very small, depending on whether it is a mild disease or an advanced stage, I hope your friend is okay.

Ay. It's rare for you to have love. If you can move her. We help you ask for a year-old friend who met at work--- the temple host strives for 3 doses of herbal medicine** Your friend, this disease needs to be recuperated, don't be angry, don't bother to study at that time.

Bone marrow donation, leukemia is caused by a virus that spreads through various mediums such as air.

Hello, it is recommended that patients use the pure natural Chinese herbal medicine of traditional Chinese medicine**, which has a special effect on leukemia, and will not cause any harm and toxicity to the body, so that patients can see the ** effect in a short period of time. If the patient cooperates well, there is still hope for the best.

In addition to chronic myeloid leukemia, acute leukemia and chronic lymphocytic leukemia have a variety of different prognostic indicators, according to different indicators, these patients can be divided into different prognostic levels, so as to take different intensities. Therefore, modern medicine has a more and more detailed understanding of leukemia, and all patients should try their best to improve the comprehensive examination required for various prognostic stratification after diagnosis, and then formulate an individualized plan. Among these prognostic indicators, chromosomal and various genetic abnormalities are particularly important.

Hello, leukemia is a kind of malignant clonal disease of hematopoietic stem cells, and the current medical level is very advanced, and some leukemias can be **, such as acute myeloid leukemia in acute M3, that is, acute promyelocytic leukemia. At present, due to the success of targeting and inducing apoptosis, acute promyelocytic leukemia has become the best prognostic type in the entire acute myeloid leukemia, and the vast majority of patients can achieve clinical goals after tretinoin combined with arsenic.

Due to the complexity of leukemia classification and prognostic stratification, there is no one-size-fits-all method, and it is necessary to combine detailed typing and prognostic stratification to formulate a plan. At present, there are mainly the following types of methods: chemistry, radiation, targeting, immunity, stem cell transplantation, etc.

Through reasonable comprehensiveness, the prognosis of leukemia has been greatly improved, and a considerable number of patients can be obtained** or long-term stability, and the era of leukemia as an "incurable disease" has passed.