Find odd man out neutrophils globulins albumins prothrombin
Explain the functional correlation of circulatory system with respiratory, digestive and excretory system. Today, her child became one and half year old. However, that child does not seem to be healthy and happy. It was continuously crying and gradually becoming weak.SEE VIDEO BY TOPIC: Hemostasis: Lesson 4 - Tests (INR, PTT, platelets, fibrinogen, D-dimer)
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- MSBSHSE Class 8 Science Chapter 11 Human Body and Organ System Textbook Solutions
- Abbreviations, Acronyms and Symbols
- Balbharati solutions for Class 8 chapter 11 - Human Body and Organ System [Latest edition]
- Find Odd One Out. - Science
- Find odd one out - Neutrophils, globulins, albumins, prothrombin.
- Understand your Blood Lab Results quickly!
- GWAS Catalog
MSBSHSE Class 8 Science Chapter 11 Human Body and Organ System Textbook Solutions
Use of this information is subject to copyright laws and may require the permission of the owner of the information, as described in the ECHA Legal Notice. Table 3: Corpora lutea and implantation sites and incidences of pre-impantation losses. After 2 weeks, the animals were mated and allowed to rear the ensuing litters to 5 dayspost parturn.
Females were dosed during mating, gestation and to day 4 of lactation. Litters were weighed and examined on days 1 and 5 postpartum. In addition the following were carried out on all animals. Clinical observations, bodyweights and food consumption were measured throughout the study. Urine samples were collected during week 4 for the assessment of urine clinical pathology. At the end of the scheduled period, the animals were killed and subjected to an examination post mortern.
Cardiac blood samples were taken for clinical pathology, selected organs were weighed, corpora lutea were counted in pregnant females and specified tissues were taken for. The analyses of stability, achieved concentration and homogeneity of the test substance in the dosing preparations were satisfactory. There were no effects on breeding parameters with the exception of a reduced proportion of implantation sites compared to the numbers of corpora lutea.
In both sexes there was an increase in total white blood cell count due to increases in large unstained cells, lymphocytes and monocytes and in females there was an increase in basophils.
There were increases in total bilirubin and cholesterol in both sexes and in albumin, total protein and plasma calcium in females. In addition there were increases in some enzymes in both sexes. In both sexes there was an increase in spleen weight and in liver, kidney and ovary weights in females. Macroscopic enlargement of the spleen and lymph nodes was seen in females.
Microscopically, inflammatory changes were seen in a variety of tissues in both sexes but the. There were no effects on pups. There was an increase in cholesterol, albumin, total protein and plasma calcium in females. Microscopically, inflammatory changes were seen in a variety of tissues in both sexes but the overall incidence, severity and distribution was greater in females.
There was an increase in spleen weight and in liver and kidney weights in females. In addition there was a mild perturbation of some clinical chemistry parameters and a decreased proportion of implantation sites compared to the observed number of corpora lutea. There were no adverse effects on pup parameters. However some of the histopathological changes and the reduced ratio of implantation sites to corpora lutea showed no evidence of a dose-response relationship.
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EC number: CAS number: -. Ecotoxicological Summary Aquatic toxicity Endpoint summary Short-term toxicity to fish Long-term toxicity to fish Short-term toxicity to aquatic invertebrates Long-term toxicity to aquatic invertebrates Toxicity to aquatic algae and cyanobacteria Toxicity to aquatic plants other than algae Toxicity to microorganisms Endocrine disrupter testing in aquatic vertebrates — in vivo Toxicity to other aquatic organisms Sediment toxicity Terrestrial toxicity Endpoint summary Toxicity to soil macroorganisms except arthropods Toxicity to terrestrial arthropods Toxicity to terrestrial plants Toxicity to soil microorganisms Toxicity to birds Toxicity to other above-ground organisms Biological effects monitoring Biotransformation and kinetics Additional ecotoxological information.
Administrative data Data source Materials and methods Results and discussion Applicant's summary and conclusion. No CoA attached to study report. There were no compound related clinical chenges. There were no other compound-related effects on bodyweights in males. Daily bodyweights were recorded prior to littering for animals number 59 71 and 79 and since littering was not completed during the working day, bodyweightspost partum were not recorded on day 1 for these animals.
The pre-littering bodyweights were excluded from the data analysis. Along with the inflammations, the ratio of corpora lutea to implantation sites was reduced. This pre-implantation loss, was observed in all treated groups, but the effect was not dose-related. However, the ratio of implantation sites to corpora lutea was similarly reduced in all treated groups when compared to controls.
There were no effects on post-implantation loss. The litter size was smaller in all treated groups with the effect being most marked at the low- and mid-dose where the number of corpora lutea and hence the number of implantation sites, was lower than at the high-dose see table 3 Individual animal data see Table 4 seems to confirm a correlation between inflammation of the uterus and cervix and the observed pre-implantation losses.
Five animals per group were subjected to micropathology. There were no whole litter losses in the higher dose groups and therefore this is not a compound-related effect. Implantation sites were absent from one mg Aquapel kg or two mg Aquapel kg females in the two higher dose groups whereas all controls and females receiving mg Aquapel kg had implantation sites visible at necropsy. Enlargement of the spleen and a number of lymph nodes were observed in females in all treatment groups.
In most cases the incidence of the observation was related to dose level. No change which could be related to treatment was observed in males. Overall the incidence, severity and distribution of the changes were greater in females. In females the liver and mesenteric lymph node were most consistently affected i. The other tissues affected listed in order of decreasing frequency with which they were involved were cervix, kidney, Peyer's patch, spleen, uterus, hepatic lymph node, cervical lymph node and jejunum.
Isolated incidences of changes similar to those seen in other tissues were also seen in the adrenal gland, ileum, pancreatic, renal and thymic lymph nodes and thymus. In males the range of tissues affected was smaller. Changes similar to those observed in females were present in the mesenteric lymph node and liver at all dose levels.
No treatment related changes were observed in the male reproductive organs. In addition there was a small increase in incidence of minor changes in the heart degenerative cardiomyopathy and mononuclear cell infiltration in treated animals of both sex compared with controls although this was not closely related to dose level.
In all tissues the inflammatory changes consisted predominantly of mononuclear cell infiltration often with focal accumulation of macrophages. The latter feature was particularly prominent in the liver of females where large multinucleate giant cells were also frequently observed.
Similar accumulation of macrophages was observed as histiocytosis in the spleen, lymph nodes and Peyer's patches of a number of animals at the affected dose levels.
In affected lymph nodes histiocyte accumulation was most prominent in the paracortex and medullary cords. In the heart inflammatory cell infiltration was sometimes associated with degenerative changes; in these cases the term degenerative cardiomyopathy was used. In male livers the change consisted of a few very small foci of mononuclear cells without macrophage accumulation. The term "mononuclear cell infiltration" was used to describe this to differentiate it from the considerably more diffuse change diffuse mononuclear cell hepatitis seen in females.
There was no consistent dose response; especially in females where the incidence and severity of most changes was not dose related. This change is slight and is considered to be unrelated to administration of Aquapel All other urine parameters in males and females were similar to controls. The automated haematology analyser indicated alerts for atypical white blood cells in individual animals, which triggered the manual examination of blood smears.
The manual verification of blood films demonstrated the presence of immature myeloid cells and atypical monocytes. In females there was a dose-related increase in immature myeloid cells, but the incidence of atypical monocytes did not vary across the groups.
These changes were considered not to be adverse and are of no toxicological significance. Increases were also seen for plasma calcium values at these doses in this sex. Generally these increases showed a dose response. The increased gamma glutamyl transferase activity in females receiving mgkglday was small in magnitude and considered not to be of any biological or toxicological significance.
Reproductive effects observed: not specified. Organ Weight Adjusted. For Bodyweight. White blood cells. Large unstained cells. Pre-implantation loss. Animal no. Corpora lutea.
Abbreviations, Acronyms and Symbols
Of these,. Red Blood Cells: They contain a red pigment called hemoglobin, which transports oxygen to all body cells. White Blood Cells: They fi ght against germs that enter the body. Thus, they protect the body from diseases.
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Balbharati solutions for Class 8 chapter 11 - Human Body and Organ System [Latest edition]
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Use of this information is subject to copyright laws and may require the permission of the owner of the information, as described in the ECHA Legal Notice. Table 3: Corpora lutea and implantation sites and incidences of pre-impantation losses. After 2 weeks, the animals were mated and allowed to rear the ensuing litters to 5 dayspost parturn. Females were dosed during mating, gestation and to day 4 of lactation. Litters were weighed and examined on days 1 and 5 postpartum.
Find out my partner. Complete the following table. Circulatory system.
Find Odd One Out. - Science
Your blood consists of two main components: the cellular components red blood cells, white blood cells, and the cell fragments known as platelets ; and the liquid component, called plasma. Together, these two parts of the blood are responsible for many functions, including oxygen transport, temperature regulation, blood clotting, and immune defense. Ammonia is a waste product naturally produced in the body. More info.
Hemoglobin in blood carries oxygen from the lungs or gills to the rest of the body i. There it releases the oxygen to permit aerobic respiration to provide energy to power the functions of the organism in the process called metabolism. A healthy individual has 12 to 20 grams of hemoglobin in every ml of blood. The mammalian hemoglobin molecule can bind carry up to four oxygen molecules. The molecule also carries the important regulatory molecule nitric oxide bound to a globin protein thiol group, releasing it at the same time as oxygen. Hemoglobin is also found outside red blood cells and their progenitor lines.
Find odd one out - Neutrophils, globulins, albumins, prothrombin.
Understand your Blood Lab Results quickly!