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odf///office:document-content[0]/office:body[0]/office:text[0]/text:p[1]/text:span[0] È bello stare bene! It's good to feel good!
odf///office:document-content[0]/office:body[0]/office:text[0]/text:p[2]/text:span[0] L’esame delle urine è molto probabilmente il più antico e importante esame di laboratorio della storia della medicina: è citato da Ippocrate nel V secolo a.C., ed ancora oggi è un esame molto valido in quanto permette di scoprire infezioni, alterazioni del metabolismo e dei reni. Spesso, sostanze come proteine o glucosio appaiono nelle urine prima ancora che compaiano disturbi evidenti. Si tratta di uno screening auto-diagnostico che va a valutare la funzionalità epatica, renale e pancreatica del cliente per la prevenzione di condizioni infettive del tratto urogenitale, di disturbi metabolici e della condizione in cui versa il metabolismo dei carboidrati del cliente. L’obiettivo è quello di rilevare e misurare la concentrazione di sostanze generalmente assenti o presenti in basse quantità nelle urine.<g id="0"/>Ciò, è possibile grazie l’utilizzo di un macchinario (Urilyzer) attraverso test semiquantitativi (andremo a rilevare la presenza di sostanze normalmente non presenti nelle urine e di graduarne genericamente la concentrazione) per la valutazione di diversi analiti presenti nel campione di urine. L’Urine check è un test non invasivo e privo di rischi, si realizza analizzando un campione della prima urina del mattino entro quattro ore dalla minzione (dettaglio importante per avere dei buoni risultati). The urine test is quite possibly the oldest and most important laboratory test in the history of medicine: it is mentioned by Hippocrates in the 5th century B.C., and it is still a very valuable test today as it can detect infections, metabolic and kidney changes. Often, substances such as protein or glucose appear in the urine even before obvious disorders appear. It is a self-diagnostic screening that goes to assess the client's liver, kidney, and pancreatic function for the prevention of infectious conditions of the urogenital tract, metabolic disorders, and the condition of the client's carbohydrate metabolism. The objective is to detect and measure the concentration of substances generally absent or present in low amounts in the urine.<g id="0"/>This, is possible thanks to the use of a machine (Urilyzer) through semi-quantitative tests (we are going to detect the presence of substances not normally present in the urine and to generically grade their concentration) for the evaluation of different analytes present in the urine sample. Urine check is a non-invasive and risk-free test, it is performed by analyzing a sample of the first morning urine within four hours of urination (an important detail for good results).
odf///office:document-content[0]/office:body[0]/office:text[0]/text:p[3]/text:span[0] I parametri che possono essere analizzati attraverso questo test sono: The parameters that can be analyzed through this test are:
odf///office:document-content[0]/office:body[0]/office:text[0]/text:list[0]/text:list-item[0]/text:p[0]/text:span[0] Bilirubina: un aumento nelle urine può indicare eventuali patologie epatiche e/o biliari.<g id="1"/>Di solito non è possibile riscontrare bilirubina nelle urine tuttavia sono considerati normali livelli fino a 0,02 mg/100 ml di urina. Bilirubin: an increase in urine may indicate possible liver and/or biliary disease.<g id="1"/>Bilirubin cannot usually be detected in urine however, levels up to 0.02 mg/100 ml of urine are considered normal.
odf///office:document-content[0]/office:body[0]/office:text[0]/text:list[0]/text:list-item[1]/text:p[0]/text:span[0] Urobilinogeno: sostanza normalmente presente in concentrazioni non rilevanti nelle urine ma aumenta in presenza di diversi patologie a livello epatico. Urobilinogen: a substance normally present in unremarkable concentrations in urine but increases in the presence of various liver diseases.
odf///office:document-content[0]/office:body[0]/office:text[0]/text:list[0]/text:list-item[2]/text:p[0]/text:span[0] Corpi Chetonici: la presenza di chetoni come acido acetico, acetone, acido acetoacetico e acido beta-idrossibutirrico, nelle urine (chetonuria) è dovuta a un eccessivo catabolismo di acidi grassi liberi a causa di mancanza di disponibilità di glucosio. Normalmente l’urina non contiene corpi chetonici (se non in minime tracce: 20-25 mg/24h). Ketone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h).
odf///office:document-content[0]/office:body[0]/office:text[0]/text:list[0]/text:list-item[3]/text:p[0]/text:span[0] Acido ascorbico: una sua elevata concentrazione nelle urine può determinare alterazioni di altri parametri (come sangue e glucosio), di per sé la sua presenza non indica alcuna patologia. Valori normali di acido ascorbico nelle urine va da 0 a 100 mg/dL. Ascorbic acid: a high concentration of it in urine can lead to alterations in other parameters (such as blood and glucose), in itself its presence does not indicate any pathology. Normal values of ascorbic acid in urine range from 0 to 100 mg/dL.
odf///office:document-content[0]/office:body[0]/office:text[0]/text:list[0]/text:list-item[4]/text:p[0]/text:span[0] Glucosio: normalmente non è possibile rilevare la presenza di glucosio nelle urine. Eventuale presenza di glucosio nelle urine può identificare un’eventuale disfunzione metabolica dei carboidrati, diabete mellito o condizioni di iperglicemia; Glucose: normally the presence of glucose in urine cannot be detected. Possible presence of glucose in urine may identify possible metabolic carbohydrate dysfunction, diabetes mellitus, or hyperglycemic conditions;
odf///office:document-content[0]/office:body[0]/office:text[0]/text:list[0]/text:list-item[5]/text:p[0]/text:span[0] Proteine: la presenza di proteine nelle urine viene definita proteinuria e potrebbe essere un segno aspecifico di disturbi renali. Valori superiori a 30 mg/dL potrebbero essere indicativi di problematiche a livello renale. Protein: The presence of protein in the urine is termed proteinuria and could be a nonspecific sign of renal disorders. Values above 30 mg/dL could be indicative of renal problems.
odf///office:document-content[0]/office:body[0]/office:text[0]/text:list[0]/text:list-item[6]/text:p[0]/text:span[0] Sangue: sostanza normalmente non presente nella composizione delle urine, per tale motivo la sua presenza potrebbe essere indicativa di problematiche dell’apparato urogenitale e renale. Blood: a substance not normally present in the composition of urine, so its presence could be indicative of urogenital and renal system problems.
odf///office:document-content[0]/office:body[0]/office:text[0]/text:list[0]/text:list-item[7]/text:p[0]/text:span[0] pH: valori del pH costantemente elevati potrebbero indicare un’infezione dell’apparato urogenitale, mentre in soggetti sani il pH delle urine fresche varia generalmente da 5 a 6. pH: Consistently high pH values could indicate an infection of the urogenital system, whereas in healthy individuals the pH of fresh urine generally ranges from 5 to 6.
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odf///office:document-content[0]/office:body[0]/office:text[0]/text:list[0]/text:list-item[0]/text:p[0]/text:span[0] Bilirubina: un aumento nelle urine può indicare eventuali patologie epatiche e/o biliari.<g id="1"/>Di solito non è possibile riscontrare bilirubina nelle urine tuttavia sono considerati normali livelli fino a 0,02 mg/100 ml di urina. Bilirubin: an increase in urine may indicate possible liver and/or biliary disease.<g id="1"/>Bilirubin cannot usually be detected in urine however, levels up to 0.02 mg/100 ml of urine are considered normal.
odf///office:document-content[0]/office:body[0]/office:text[0]/text:list[0]/text:list-item[10]/text:p[0]/text:span[0] Peso specifico/densità: permette di dare indicazione sull’efficienza dei reni o eventualmente sul loro livello di affaticamento in relazione ad una mancata filtrazione del sangue. Specific weight/density: gives an indication of the efficiency of the kidneys or possibly their level of fatigue in relation to a lack of blood filtration.
odf///office:document-content[0]/office:body[0]/office:text[0]/text:list[0]/text:list-item[1]/text:p[0]/text:span[0] Urobilinogeno: sostanza normalmente presente in concentrazioni non rilevanti nelle urine ma aumenta in presenza di diversi patologie a livello epatico. Urobilinogen: a substance normally present in unremarkable concentrations in urine but increases in the presence of various liver diseases.
odf///office:document-content[0]/office:body[0]/office:text[0]/text:list[0]/text:list-item[2]/text:p[0]/text:span[0] Corpi Chetonici: la presenza di chetoni come acido acetico, acetone, acido acetoacetico e acido beta-idrossibutirrico, nelle urine (chetonuria) è dovuta a un eccessivo catabolismo di acidi grassi liberi a causa di mancanza di disponibilità di glucosio. Normalmente l’urina non contiene corpi chetonici (se non in minime tracce: 20-25 mg/24h). Ketone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h).
odf///office:document-content[0]/office:body[0]/office:text[0]/text:list[0]/text:list-item[3]/text:p[0]/text:span[0] Acido ascorbico: una sua elevata concentrazione nelle urine può determinare alterazioni di altri parametri (come sangue e glucosio), di per sé la sua presenza non indica alcuna patologia. Valori normali di acido ascorbico nelle urine va da 0 a 100 mg/dL. Ascorbic acid: a high concentration of it in urine can lead to alterations in other parameters (such as blood and glucose), in itself its presence does not indicate any pathology. Normal values of ascorbic acid in urine range from 0 to 100 mg/dL.
odf///office:document-content[0]/office:body[0]/office:text[0]/text:list[0]/text:list-item[4]/text:p[0]/text:span[0] Glucosio: normalmente non è possibile rilevare la presenza di glucosio nelle urine. Eventuale presenza di glucosio nelle urine può identificare un’eventuale disfunzione metabolica dei carboidrati, diabete mellito o condizioni di iperglicemia; Glucose: normally the presence of glucose in urine cannot be detected. Possible presence of glucose in urine may identify possible metabolic carbohydrate dysfunction, diabetes mellitus, or hyperglycemic conditions;
odf///office:document-content[0]/office:body[0]/office:text[0]/text:list[0]/text:list-item[5]/text:p[0]/text:span[0] Proteine: la presenza di proteine nelle urine viene definita proteinuria e potrebbe essere un segno aspecifico di disturbi renali. Valori superiori a 30 mg/dL potrebbero essere indicativi di problematiche a livello renale. Protein: The presence of protein in the urine is termed proteinuria and could be a nonspecific sign of renal disorders. Values above 30 mg/dL could be indicative of renal problems.
odf///office:document-content[0]/office:body[0]/office:text[0]/text:list[0]/text:list-item[6]/text:p[0]/text:span[0] Sangue: sostanza normalmente non presente nella composizione delle urine, per tale motivo la sua presenza potrebbe essere indicativa di problematiche dell’apparato urogenitale e renale. Blood: a substance not normally present in the composition of urine, so its presence could be indicative of urogenital and renal system problems.

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Stringhe tradotte Federica Frau/Body Check Gestione Ketone Bodies: the presence of ketones such as acAnthropometric acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h).measurements: simple, non-invasive measurements to determine the size, proportions, and composition of the human body.<g id="22"/> <g id="23"/><g id="24"/><g id="25"/><g id="26"/><g id="27"/><g id="28"/><g id="29"/>
Stringhe tradotte Federica Frau/Sleep Tracking Check Riepilogo Ketone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h).In the
Stringhe tradotte Federica Frau/Vascular Age Check Riepilogo Ketone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h)Augmentation index: measures peripheral vascular resistance. It is a very sensitive index to emotional state and is, therefore, the least significant in pharmacy measurement.
Stringhe tradotte Federica Frau/Dry Eye Check Gestione Ketone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h)Symptom intensity: symptom intensity expresses the degree of perceived discomfort related to self-reported symptoms, and may be related to the severity of the condition.
Stringhe tradotte Federica Frau/Mindfulness Check Gestione Ketone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h).describe
Stringhe tradotte Federica Frau/DDimer Check Gestione Ketone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h).The importance of keeping this parameter monitored with the possible diseases that could be related to too high D-dimer levels (DVT; EP, atherosclerotic plaque formation and DIC) and specific insight into COVID-19;
Stringhe tradotte Federica Frau/W Pregnancy Check Riepilogo KDetone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h).ects some parameters through capillary blood sampling, such as: blood glucose, total cholesterol, HDL, LDL, triglycerides, and hemoglobin.<g id="0"/> <g id="1"/><g id="2"/><g id="3"/><g id="4"/><g id="5"/><g id="6"/><g id="7"/><g id="8"/>
Stringhe tradotte Federica Frau/Stress Check Riepilogo Ketone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h)Exhaustion phase: in this phase there is a drop in defenses and the subsequent onset of physical, physiological and emotional symptoms.
Stringhe tradotte Federica Frau/Skin Check Gestione Ketone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h)Pigment chromatism: assesses how much the hue of certain areas of the face vary from the background skin color. It allows detection of skin dyschromia and mild skin blemishes not visible to the naked eye that without proper care can become visible to the naked eye.
Stringhe tradotte Federica Frau/Body Check Riepilogo Ketone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h).BMI: body mass index, is a widely used parameter for obtaining a general assessment of one's body weight;<g id="16"/> <g id="17"/><g id="18"/><g id="19"/><g id="20"/><g id="21"/><g id="22"/><g id="23"/>
Stringhe tradotte Federica Frau/Bones Check-Locandina e Coupon Ketone Bodies: the presence of ketones such as acetic acid, acetGraphical representation. In additione, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h).the level of Vitamin D whether sufficient, insufficient, deficient or excess will be reported.
Stringhe tradotte Federica Frau/Hearing Check Gestione Ketone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h).Recognition threshold expressed in dB.
Stringhe tradotte Federica Frau/Dry Eye Check Riepilogo Ketone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of fPart of the day with greater presence of symptoms: time within the day when symptoms aree fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h)elt most, with respect to intensity and frequency.
Stringhe tradotte Federica Frau/W Pregnancy Check-Locandina e Coupon Ketone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normallydetection of certain parameters by capillary blood sampling, such as: blood glucose, total cholesterol, HDL, LDL, utrine does not contain ketone bodies (except in minute traces: 20-25 mg/24h).glycerides and hemoglobin.
Stringhe tradotte Federica Frau/Mindfulness Check Riepilogo Ketone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h).describe
Stringhe tradotte Federica Frau/DDimer Check Riepilogo Ketone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h).The importance of keeping this parameter monitored with the possible diseases that could be related to too high D-dimer levels (DVT; EP, atherosclerotic plaque formation, and DIC), with specific focus on COVID-19;
Stringhe tradotte Federica Frau/Pulmonary Check Gestione Ketone Bodies: the presence of ketones such as acetic acid, acSevere form (stage 3): both coughing and bronchial secretione, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24h)s become even more frequent. The wheezing makes it impossible to perform even some activities of normal daily living such as walking, taking the stairs.
Stringhe tradotte Federica Frau/Joint Mobility Check-Locandina e Coupon Ketone Bodies: the presence of ketones such as acetic acid, acetone, acetoacetic acid, and beta-hydroxybutyric acid, in urine (ketonuria) is due to excessive catabolism of free fatty acids due to lack of glucose availability. Normally, urine does not contain ketone bodies (except in minute traces: 20-25 mg/24hTrunk (3 exercises).

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