ASCP Chemistry 1-200

Question

The urinary excretion product measured as an indicator of epinephrine production is:

Answer 1

dihydroxyphenylalanine (DOPA)

Answer 2

homovanillic acid

Answer 3

vanillylmandelic acid

Answer 4

rickets, hyperparathyroidism

Answer 5

obstructive jaundice, biliary cirrhosis

Answer 6

growth, third trimester of pregnancy

Answer 7

viral hepatitis, infectious mononucleosis

Answer 8

circulating T3

Answer 9

binding capacity of thyroxine-binding globulin

Answer 10

total thyroxine-binding globulin

Answer 11

a normal finding

Answer 12

Cushing's syndrome

Answer 13

Addison's disease

Answer 14

hypopituitarism

Answer 15

urobilinogen

Answer 16

bilirubin-albumin complex

Answer 17

bilirubin diglucuronide

Answer 18

broad pre-albumin peak

Answer 19

sharp fibrinogen peak

Answer 20

diffuse pattern because of the presence of anticoagulants

Answer 21

decreased globulin fraction

Answer 22

free amino groups

Answer 23

free carboxyl groups

Answer 24

peptide bonds

Answer 25

tyrosine residues

Answer 26

hemoglobin

Answer 27

ceruloplasmin

Answer 28

transferrin

Answer 29

azobilirubin

Answer 30

bilirubin glucuronide

Answer 31

urobilinogen

Answer 32

muscular dystrophy

Answer 33

viral hepatitis

Answer 34

pulmonary emboli

Answer 35

infectious mononucleosis

Answer 36

parathyroid hormone

Answer 37

angiotensinogen

Answer 38

corticosterone

Answer 39

progesterone

Answer 40

pregnanetriol

Answer 41

direct colorimetric measurement of dissolved C02

Answer 42

calculations of blood pH and total CO2 concentration

Answer 43

measurement of C02-saturated hemoglobin

Answer 44

measurement of CO2 consumed at the cathode

Answer 45

silver-silver chloride

Answer 46

quinhydrone

Answer 47

freezing point

Answer 48

sediment point

Answer 49

osmotic pressure

Answer 50

double beam

Answer 51

diffraction grating

Answer 52

cholesterol

Answer 53

triglyceride

Answer 54

creatinine

Answer 55

lead poisoning

Answer 56

porphyria cutanea tarda

Answer 57

acute porphyria attack

Answer 58

erythrocytic protoporphyria

Answer 59

stabilize electrolytes

Answer 60

maintain basic pH

Answer 61

act as a carrier for ions

Answer 62

produce an effect on protein configuration

Answer 63

a. acute intermittent porphyria

Answer 64

b. iron deficiency anemia

Answer 65

c. porphyria cutanea tarda

Answer 66

d. acute porphyric attack

Answer 67

a. polyvinyl alcohol

Answer 68

b. lithium sulfate

Answer 69

c. potassium sulfate

Answer 70

d. pilocarpine nitrate

Answer 71

a. filter paper moistened with pilocarpine nitrate

Answer 72

b. an electric current

Answer 73

c. copper electrodes

Answer 74

d. filter paper moistened in deionized water

Answer 75

a. 2 Na x (GlucoseI2O) x (BUN/3) ½

Answer 76

b. Na + [(2 x Glucose)/20] x (BUN/3)

Answer 77

c. 2 Na + Glucose/20 + (BUN/3)

Answer 78

d. 2 Na + Glucose/3 + (BUN/20)

Answer 79

a. ideal and real osmolality values

Answer 80

b. calculated and measured osmolality values

Answer 81

c. plasma and water osmolality values

Answer 82

d. molality and molarity at 40C

Answer 83

a. ensuring water and reagents are ammonia-free

Answer 84

b. separating plasma from cells and performing test analysis as soon as possible

Answer 85

c. drawing the specimen in a pre-chilled tube and immersing the tube in ice

Answer 86

d. storing the specimen protected from light until the analysis is done

Answer 87

a. temperature at equilibrium is a function of the number of particles in solution.

Answer 88

b. temperature plateau for a solution is horizontal.

Answer 89

c. freezing point of a sample is absolute.

Answer 90

d. initial freezing of a sample produces an immediate solid state.

Answer 91

a. check all the electronic connections

Answer 92

b. reseat all the printed circuit boards

Answer 93

c. turn the instrument off

Answer 94

d. replace all the fuses

Answer 95

a. dissolved C02

Answer 96

b. carbonate

Answer 97

c. bicarbonate ion

Answer 98

d. carbonic acid

Answer 99

urine creatine

Answer 100

serum creatinine

Answer 101

creatinine clearance

Answer 102

urine to serum osmolality ratio

Answer 103

creatinine

Answer 104

LD isoenzymes

Answer 105

hydroxybutyrate

Answer 106

coefficient of variation

Answer 107

standard deviation

Answer 108

coefficient of variation

Answer 109

standard deviation

Answer 110

standard deviation

Answer 111

serves as a coenzyme of hexokinase

Answer 112

prevents reactivity of non-glucose reducing substances

Answer 113

precipitates proteins

Answer 114

inhibits glycolysis

Answer 115

20.0 mEqIL

Answer 116

be volatile or made volatile

Answer 117

not be volatile

Answer 118

be water-soluble

Answer 119

contain a nitrogen atom

Answer 120

minimize the effect of interference

Answer 121

improve precision

Answer 122

increase throughput

Answer 123

monitor temperature changes

Answer 124

PCO2 electrode

Answer 125

P02 electrode

Answer 126

pH electrode

Answer 127

ionized calcium electrode

Answer 128

1 mole/min

Answer 129

1 millimole/min

Answer 130

1 micromole/min

Answer 131

1 nanomole/min

Answer 132

ketone group

Answer 133

hydroxyl group

Answer 134

dihydroxyacetone side chain

Answer 135

steroid ring

Answer 136

progestins

Answer 137

glucocorticoids

Answer 138

Inactivation of the enzyme is required.

Answer 139

The enzyme label is less stable than an isotopic label.

Answer 140

Quantitation of the label can be carried out with a spectrophotometer.

Answer 141

The enzyme label is not an enzyme found naturally in serum.

Answer 142

lactic dehydrogenase (LD)

Answer 143

isocitrate dehydrogenase (ICD)

Answer 144

acid phosphatase

Answer 145

alkaline phosphatase

Answer 146

alpha-I globulin

Answer 147

alpha-I globulin and alpha-2 globulin

Answer 148

alpha-2 globulin and beta globulin

Answer 149

beta globulin and gamma globulin

Answer 150

phenyl-phosphate

Answer 151

thymolphthalein monophosphate

Answer 152

alpha-naphthyl-phosphate

Answer 153

beta-glycerophosphate

Answer 154

a. respiratory alkalosis

Answer 155

b. respiratory acidosis

Answer 156

c. metabolic alkalosis

Answer 157

d. metabolic acidosis

Answer 158

a. pulmonary infarction

Answer 159

b. hemolytic anemia

Answer 160

c. myocardial infarction

Answer 161

d. acute viral hepatitis

Answer 162

b. folic acid

Answer 163

c. ascorbic acid

Answer 164

d. riboflavin

Answer 165

a. phospholipids

Answer 166

b. glycerol

Answer 167

c. fatty acids

Answer 168

d. pre-beta lipoprotein

Answer 169

a. alanine aminotransferase (ALT)

Answer 170

b. aspartate aminotransferase (AST)

Answer 171

c. gamma-glutamyl transferase (GGT)

Answer 172

d. alkaline phosphatase

Answer 173

b. monoclonal gammopathy

Answer 174

c. polyclonal gammopathy (eg, chronic inflammation)

Answer 175

d. alpha-l antitrypsin deficiency; severe emphysema

Answer 176

a. decreased plasma 17-hydroxysteroid concentration

Answer 177

b. decreased urinary 17-hydroxysteroid excretion

Answer 178

c. serum cortisol concentrations greater than 15 mg/dL

Answer 179

d. decreased cortisol secretory rate

Answer 180

a. a solution containing one mole of solute per kg of solvent

Answer 181

b. 1000 mL of solution containing one mole of solute

Answer 182

c. a solution containing one gram-equivalent weight of solute in one liter of solution

Answer 183

d. a 1-L solution containing 2 moles of solute

Answer 184

a. cirrhosis

Answer 185

b. acute inflammation

Answer 186

c. monoclonal gammopathy

Answer 187

d. polyclonal gammopathy (eg, chronic inflammation)

Answer 188

a. cirrhosis

Answer 189

b. acute inflammation

Answer 190

c. polyclonal gammopathy (eg, chronic inflammation)

Answer 191

d. alpha-1 antitrypsin deficiency; severe emphysema

Answer 192

a. acute hepatitis

Answer 193

b. chronic hepatitis

Answer 194

c. obstructive jaundice

Answer 195

d. liver hemangioma

Answer 196

a. acute hepatitis

Answer 197

b. osteitis fibrosa

Answer 198

c. chronic hepatitis

Answer 199

d. obstructive jaundice

Answer 200

a. acute hepatitis

Answer 201

b. chronic hepatitis

Answer 202

c. obstructive jaundice

Answer 203

d. liver hemangioma

Answer 204

a. A compound is said to fluoresce when it absorbs light at one wavelength and emits light at a second wavelength.

Answer 205

b. Detectors in fluorometers are placed 1800 from the excitation source.

Answer 206

c. It is less sensitive than spectrophotometry.

Answer 207

d. It avoids the necessity for complexing of components because fluorescence is a native property.

Answer 208

a. increased analytical reliability

Answer 209

b. reduced reagent requirements

Answer 210

c. increased diagnostic specificity

Answer 211

d. reduced numbers of repeated tests

Answer 212

The reaction follows zero order kinetics between 5 and 8 minutes.

Answer 213

The reaction is proceeding from lactate to pyruvate.

Answer 214

Non-linearity after 6 minutes is due to substrate exhaustion

Answer 215

The change in absorbance is due to reduction of NAD to NADH.

Answer 216

crush injury to the thigh

Answer 217

cerebrovascular accident

Answer 218

pulmonary inhrction

Answer 219

early acute hepatitis

Answer 220

inhibitor binds to the enzyme at the same site as the substrate

Answer 221

inhibitor often has a chemical structure different from that of the substrate

Answer 222

activity of the reaction can be decreased by increasing the concentration of the substrate

Answer 223

activity of the reaction can be increased by decreasing the temperature

Answer 224

heart tissue

Answer 225

brain tissue

Answer 226

liver tissue

Answer 227

kidney tissue

Answer 228

is decreased in patients with tissue injury and neoplasia

Answer 229

is increased in patients with prosthetic heart valves

Answer 230

can be separated into distinct phenotypes by starch-gel electrophoresis

Answer 231

binds heme

Answer 232

ceruloplasmin

Answer 233

hemoglobin

Answer 234

haptoglobin

Answer 235

C3 component of complement

Answer 236

parathyroid glands

Answer 237

small intestine

Answer 238

renal tubular acidosis

Answer 239

diabetic alkalosis

Answer 240

metabolic acidosis due to diarrhea

Answer 241

lactic acidosis

Answer 242

nephrotic syndrome

Answer 243

pancreatitis

Answer 244

hepatic damage

Answer 245

a. absorbance

Answer 246

b. % transmittance

Answer 247

c. intensity of radiant energy

Answer 248

d. wavelength of radiant energy

Answer 249

a. increased pituitary secretion of renin

Answer 250

b. increased vasoconstriction

Answer 251

c. increased parathyroid hormone secretion by the parathyroid

Answer 252

d. decreased adrenal secretion of aldosterone

Answer 253

a. acute muscular stress following strenuous exercise

Answer 254

b. malignant liver disease

Answer 255

c. myocardial infarction

Answer 256

d. severe head injury

Answer 257

diazo bilirubin

Answer 258

biliverdin

Answer 259

azobilirubin

Answer 260

bilirubin glucuronide

Answer 261

a. average blood glucose levels of the past 2-3 months

Answer 262

b. average blood glucose levels for the past week

Answer 263

c. blood glucose level at the time the sample is drawn

Answer 264

d. hemoglobin A1C level at the time the sample is drawn

Answer 265

a. a sulfosalicylic acid test

Answer 266

b. urine reagent strips

Answer 267

c. immunofixation

Answer 268

d. electrophoresis

Answer 269

a. amino acids and proteins

Answer 270

b. blood gas analyses

Answer 271

c. sodium, potassium, chloride, and total C02

Answer 272

d. calcium, phosphorus, and magnesium

Answer 273

a. 80%-90%

Answer 274

b. 51%-60%

Answer 275

c. 40%-50%

Answer 276

d. 10%-30%

Answer 277

sodium and potassium

Answer 278

calcium and phosphorus

Answer 279

chloride and C02

Answer 280

calcium and magnesium

Answer 281

a. Siggaard-Andersen

Answer 282

b. Gibbs-Donnan

Answer 283

c. Natelson

Answer 284

d. Henderson-Hasselbaich

Answer 285

a. Bohr's effect

Answer 286

b. 02 content

Answer 287

c. bicarbonate buffer

Answer 288

d. carbonic anhydrase

Answer 289

a. vomiting

Answer 290

b. starvation

Answer 291

d. hyperventilation

Answer 292

a. increase in CO2 content and PCO2 with a decreased pH

Answer 293

b. decrease in CO2 content with an increased pH

Answer 294

c. increase in CO2 with an increased pH

Answer 295

d. decrease in CO2 content and PCO2 with a decreased pH

Answer 296

a. increase in CO2 content and PCO2 with a decreased pH

Answer 297

b. decrease in CO2 content with an increased pH

Answer 298

c. increase in CO2 content with an increased pH

Answer 299

d. decrease in CO2 content and PCO2 with a decreased pH

Answer 300

a. 7.28-7.34

Answer 301

b. 7.33-7.37

Answer 302

c. 7.35-7.45

Answer 303

d. 7.45-7.50

Answer 304

a. rise in pH and PCO2

Answer 305

b. fall in pH and a rise in P02

Answer 306

c. rise in pH and fall in P02

Answer 307

d. fall in pH and a rise in PCO2

Answer 308

platinum-lactate

Answer 309

a. M subunit is inactivated

Answer 310

b. B subunit is inactivated

Answer 311

c. MB is inactivated

Answer 312

d. BB is inactivated

Answer 313

a. glycogenesis

Answer 314

b. glycogenolysis

Answer 315

c. gluconeogenesis

Answer 316

d. glycolysis

Answer 317

a. hematocrit

Answer 318

b. leukocyte count

Answer 319

c. erythrocyte count

Answer 320

d. erythrocyte indices

Answer 321

a. 2 mg/dL higher

Answer 322

b. 5 mg/dL higher

Answer 323

c. 10mg/dL lower

Answer 324

d. 12mg/dL lower

Answer 325

ferricyanide

Answer 326

ortho-toluidine

Answer 327

glucose oxidase (peroxidase)

Answer 328

hexokinase

Answer 329

a. cholesterol from peripheral cells to the liver

Answer 330

b. cholesterol and phospholipids to peripheral cells

Answer 331

c. exogenous triglycerides

Answer 332

d. endogenous triglycerides

Answer 333

a. agar gel

Answer 334

b. starch gel

Answer 335

d. agarose gel

Answer 336

a. calcium

Answer 337

b. phosphorus

Answer 338

d. glucose

Answer 339

a. multiple myeloma

Answer 340

b. multiple sclerosis

Answer 341

c. myasthenia gravis

Answer 342

d. von Willebrand's disease

Answer 343

a. chylomicrons

Answer 344

b. very low density lipoprotein

Answer 345

c. low density lipoprotein

Answer 346

d. high density lipoprotein

Answer 347

a. thyroglobulin

Answer 348

b. thyroxine

Answer 349

c. triiodothyronine

Answer 350

d. diiodotyrosine

Answer 351

a. thyroxine-binding prealbumin

Answer 352

b. albumin

Answer 353

c. thyroxine-binding globulin

Answer 354

d. thyroid-stimulating hormone

Answer 355

a. total T4 by competitive protein binding

Answer 356

b. T4 by RIA

Answer 357

c. T4 by column

Answer 358

d. T4 by equilibrium dialysis

Answer 359

a. 94.6-105.4

Answer 360

b. 96.4-103.6

Answer 361

c. 97.3-102.7

Answer 362

d. 98.2-101.8

Answer 363

a. reliability

Answer 364

b. accuracy

Answer 365

c. reproducibility

Answer 366

d. precision

Answer 367

a. decrease in pyruvate

Answer 368

b. decrease in NADH

Answer 369

c. increase in lactate

Answer 370

d. increase in NADH

Answer 371

a. alkaline sulfasalazine solution to produce an orange-yellow complex

Answer 372

b. potassium iodide to form a reddish-purple complex

Answer 373

c. sodium nitroferricyanide to yield a reddish-brown color

Answer 374

d. alkaline picrate solution to yield an orange-red complex

Answer 375

a. AMP and GMP

Answer 376

b. DNA and RNA

Answer 377

c. allantoin

Answer 378

d. uric acid

Answer 379

a. have a positive charge

Answer 380

b. have a negative charge

Answer 381

c. are electrically neutral

Answer 382

d. migrate toward the cathode

Answer 383

a. phenylalanine

Answer 384

c. valine, leucine, and isoleucine

Answer 385

d. cystine and cysteine

Answer 386

a. cortisol

Answer 387

b. catecholamines

Answer 388

c. progesterone

Answer 389

d. cholesterol

Answer 390

a. androstenedione

Answer 391

b. dehydroepiandrosterone

Answer 392

c. epiandrosterone

Answer 393

d. testosterone

Answer 394

a. follicle-stimulating hormone (FSH)

Answer 395

b. human chorionic gonadotropin (HCG)

Answer 396

c. luteinizing hormone (LH)

Answer 397

d. progesterone

Answer 398

a. anemia of chronic infection

Answer 399

b. iron deficiency anemia

Answer 400

c. chronic liver disease

Answer 401

d. nephrosis

Answer 402

a. in ammonium sulfate

Answer 403

b. in sulfuric acid

Answer 404

c. at 40ºC-60ºC

Answer 405

d. at 100ºC

Answer 406

Answer is B

Image:

Image (binary/octet-stream)

Answer 407

Answer is B

Answer 408

a. ammo acids

Answer 409

b. creatinine

Answer 410

d. uric acid

Answer 411

a. dilute sulfuric acid

Answer 412

b. diazonium sulfate

Answer 413

c. sulfobromophthalein

Answer 414

d. diazotized sulfanilic acid

Answer 415

a. diabetes mellitus

Answer 416

b. hepatobiliary disease

Answer 417

c. intestinal malabsorption

Answer 418

d. kidney function

Answer 419

a. malate dehydrogenase (MD)

Answer 420

b. amylase (AMS)

Answer 421

c. creatine kinase (CK)

Answer 422

d. isocitric dehydrogenase (ICD)

Answer 423

a. brain tumor

Answer 424

b. muscular dystrophy

Answer 425

c. myocardial infarction

Answer 426

d. viral hepatitis

Answer 427

a. amylase and lipase

Answer 428

b. aspartate transferase and alanine transferase

Answer 429

c. 5'-nucleotidase and gamma-glutamyl transferase

Answer 430

d. aspartate aminotransferase and lactate dehydrogenase

Answer 431

a. aldolase

Answer 432

b. phosphofructokinase

Answer 433

c. pyruvate kinase

Answer 434

d. glucose-6-phosphate dehydrogenase

Answer 435

a. acute hepatitis

Answer 436

b. primary biliary cirrhosis

Answer 437

c. metastatic hepatic carcinoma

Answer 438

d. alcoholic cirrhosis

Answer 439

a. myocardial infarction

Answer 440

b. viral hepatitis

Answer 441

c. pancreatitis

Answer 442

d. renal failure

Answer 443

a. They are liver enzymes.

Answer 444

b. They are cardiac enzymes.

Answer 445

c. They catalyze oxidation-reduction reactions.

Answer 446

d. They are class III enzymes.

Answer 447

a. apoenzyme

Answer 448

b. coenzyme

Answer 449

c. holoenzyme

Answer 450

d. proenzyme

Answer 451

a. myocardial infarction

Answer 452

b. megaloblastic anemia

Answer 453

c. acute pancreatitis

Answer 454

d. viral hepatitis

Answer 455

a. tissue and serum levels need to reach equilibrium

Answer 456

b. serum digoxin concentration will be falsely low prior to 6 hours

Answer 457

c. all of the digoxin is in the cellular fraction prior to 6 hours

Answer 458

d. digoxin protein-binding interactions are minimal prior to 6 hours

Answer 459

a. availability for therapeutic administration

Answer 460

b. availability of the protein-bound fraction of the drug

Answer 461

c. drug transformation

Answer 462

d. the fraction of the drug absorbed into the systemic circulation

Answer 463

a. basic drugs

Answer 464

b. neutral drugs

Answer 465

c. acidic drugs

Answer 466

d. structurally cycloparaffinic

Answer 467

acetylsalicylic acid

Answer 468

ethyl alcohol

Answer 469

cyclic antidepressants

Answer 470

a. high-performance liquid chromatography

Answer 471

b. gas-liquid chromatography

Answer 472

c. thin layer chromatography

Answer 473

d. UV spectrophotometry

Answer 474

a. alpha-ketoglutarate to aspartate

Answer 475

b. alpha-ketoglutarate to malate

Answer 476

c. aspartate to oxalacetate

Answer 477

d. oxalacetate to malate

Answer 478

a. primidone

Answer 479

b. phenytoin

Answer 480

c. amobarbital

Answer 481

d. secobarbital

Answer 482

a. nephrotic syndrome

Answer 483

b. acute hepatitis

Answer 484

c. chronic inflammation

Answer 485

d. dehydration

Answer 486

a. vitamin A

Answer 487

b. vitamin C

Answer 488

d. thiamine

Answer 489

a. thyroid

Answer 490

b parathyroid

Answer 491

c. adrenal glands

Answer 492

d. pituitary

Answer 493

a. hypertension

Answer 494

b. hyperactivity

Answer 495

c. aggression

Answer 496

d. manic-depression

Answer 497

a. digoxin

Answer 498

b. acetaminophen

Answer 499

c. lithium

Answer 500

d. phenytoin

Answer 501

acetaminophen

Answer 502

theophylline

Answer 503

acetaminophen

Answer 504

acetaminophen

Answer 505

biliary obstruction

Answer 506

neonatal jaundice

Answer 507

erythroblastosis fetalis

Answer 508

filters and prisms

Answer 509

prisms and grating

Answer 510

barrier layer cells and filters

Answer 511

gratings and lanier layer cells

Answer 512

gamma globulin

Answer 513

alpha-1 globulin

Answer 514

alpha-2 globulin

Answer 515

urinary creatinine (mg/L)/[volume of urine (mL/ruin) x plasma creatinine (mg/L)]

Answer 516

[urinary creatinine (mg/L) x volume (mL/min)]/plasma creatinine (mg/L)

Answer 517

urinary creatinine (mg/L)/[volume of urine (mL/hour) x plasma creatinine (mg/L)]

Answer 518

[urinary creatinine (mg/L) x volume (mL/hour)]/plasma creatinine (mg/L)

Answer 519

(A unknown/A standard) x C standard

Answer 520

C standard x A unknown

Answer 521

A standard x A unknown

Answer 522

(C standard)/(A standard) x I 00

Answer 523

1 – log of %%

Answer 524

log of %T/2

Answer 525

2 x log of %T

Answer 526

2 – log of %T

Answer 527

(g x l00)/GMW

Answer 528

a. MW x oxidation number

Answer 529

b. MW/oxidation number

Answer 530

c. MW + oxidation number

Answer 531

d. MW - oxidation number

Answer 532

a. V1 + C1 = V2 + C2

Answer 533

b. V1 + C2 = V2 + C1

Answer 534

c. V1 x C1 = V2 x C2

Answer 535

d. V1 x V2 = -V1 x C2

Answer 536

a. pKa = pH + log(acid/salt)

Answer 537

b. pKa = pH + log(salt/acid)

Answer 538

c. pH = pKa + log(acid/salt)

Answer 539

d. pH = pKa + log(salt/acid)

Answer 540

a. grams of solute/volume of solvent x 100

Answer 541

b. grams of solute x volume of solvent x 100

Answer 542

c. volume of solvent/grams of solute x 100

Answer 543

d. (grams of solute x volume of solvent)/100

Answer 544

(standard deviation x 100)/standard error

Answer 545

(mean x 100)/standard deviation

Answer 546

(standard deviation x 100)/mean

Answer 547

(variance x 100)/mean

Answer 548

a. square root of the sum of values

Answer 549

b. sum of values x number of values

Answer 550

c. number of values/sum of values

Answer 551

d. sum of values/number of values

Answer 552

a. number of moles of solute/L of solution

Answer 553

b. number of moles of solute x 100

Answer 554

c. 1 GEW of solute x 10

Answer 555

d. I GEW of solute/L of solution

Answer 556

a. perform the test immediately upon receipt

Answer 557

b. perform the test only if the specimen was submitted in ice water

Answer 558

c. request a venous blood specimen

Answer 559

d. request a new arterial specimen be obtained

Answer 560

a. check the serum for hemolysis

Answer 561

b. rerun the test

Answer 562

c. check the age of the patient

Answer 563

d. do nothing, simply report the result

Answer 564

a. no preservative

Answer 565

b. heparin

Answer 566

d. oxalate

Answer 567

a. hyperparathyroidism

Answer 568

b. hypoparathyroidism

Answer 569

c. nephrosis

Answer 570

d. steatorrhea

Answer 571

a. spectrophotometry

Answer 572

b. fluorometry

Answer 573

c. nephelometry

Answer 574

d. atomic absorption

Answer 575

a. electrophoresis

Answer 576

b. amperometry

Answer 577

c. nephelometry

Answer 578

d. coulometry

Answer 579

a. chloride

Answer 580

c. bicarbonate

Answer 581

d. ammonia

Answer 582

a. cholesterol

Answer 583

b. triglyceride

Answer 584

a. cholesterol

Answer 585

b. total protein

Answer 586

c. chylomicrons

Answer 587

d. albumin

	Criado por Taylor Walker mais de 5 anos atrás

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ASCP Chemistry 1-200

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