A. Type I and IV gold can be heat treated and annealed

B. Type I and Type II gold can be heat treated and annealed

C. All the type of gold can be heat treated and annealed

B. agranulocytosis

C. influenza

D. liver cirrhosis

A. It is produces more acetylcholine

B. It increases the action of cholinesterase

D. It produces more acetycholine receptors

A. Hypertrophy

C. All of the above

D. Acanthosis

A. Multiple myeloma

C. Malignant nerves

D. Rubella

B. Niemen pick disease

C. Sickle cell anemia

D. Littere Siewe Disease

A. Aspergillus

C. Mucor

D. Treponema

A. Cooleys anaemia

B. Sickle anemia

C. Thalassemia

B. life long immunity results

C. vesicles occur with both diseases

D. intranuclear inclusion bodies are present

A. Consult physician

B. Obtain platelet count

D. Obtain WBC count

A. K

C. Cu

D. Cr

A. Central caseation

C. Giant cells in the center

D. Presence of epithelioid cells

A. Vitamin K

B. Factor 8 cryoprecipitate

C. Monsels solution

A. ANUG

B. Secondary stage of syphilis

C. Desquamative gingivitis

A. Subclinical infections

B. All of the above

C. Subsidiary infections

A. There is erythrocyte fragility and hemolysis

B. There is severe anaemia and thrombocytopenia

D. Hypochromic microcytic anaemia is present

A. Blastomyces

C. None of the above

D. Actinomyces

A. Dental extractions

B. Intracanal endodontic treatment

C. Periodontal procedures

A. Pagets disease

B. Cleidocranial dysostoses

D. Mc Cline Albright syndrome

A. histoplasmosis

C. coccidiomycosis

D. cryptococcosis

A. Rabies

B. Trigeminal neuraligia

C. Tuberculous meningitis

A. Aplastic anaemia

B. Leukopenia

D. Mediterranean disease

B. Nalbuphine

C. Butorphanol

D. Pentazonice

A. Candida albicans

B. Histoplasma capsulatum

D. Nocarda braziliances

A. Intravenous

B. Intrathecal

C. Subdermal

A. Notched incisors

B. Mulberry molars

D. Interstitial keratitis

A. Lymphocytes

B. Fibroblast

D. eosinophils

A. Widening of predentin

C. Defective calcification

D. Inter globular dentin formation

B. Burkitts lymphoma

C. Hairy cell leukemia

D. Mantel cell leukemia

A. Multiple myeloma

B. Marfans syndrome

C. Cushings syndorme

B. Diabetes mellitus

C. Local irritation

D. Pernicious anaemia

A. Leprosy

B. Tetany

C. Actinomycosis

A. Mucous patch

B. Gumma

C. Chancre

A. Chlorodontia

B. Leong teeth

C. Ochronosis

B. PFAPA (periodic fever acute pharyngitis apthous stomatitis)

C. Sweet syndrome

D. Bechets syndrome

A. Hypophosphatemia

C. Hyper phosphtasia

D. Hyperparathryroidism

A. Paterson-Kelly syndrome

B. Plummer-Vinson syndrome

D. Folic acid deficiency

A. Henoch Schenolein purpura

B. Haemophilia

C. Telangiectasia

A. Erythroblastosis fetalis

B. Pernicious anemia

D. Aplatic anemia

A. Naproxen

B. Phenylbutazone

C. Acetylsalicylic acid

A. Acute atrohpic candidiasis

C. Chronic atrophic candidiasis

D. Acute pseudomembranous candidiasis

A. Trigeminal neuralgia

B. Sicca syndrome

C. Myospherulosis

A. Increased mobility of the teeth

B. Radiographic widening of the pdl

C. Morning pain in muscles

A. It is associated with palatelet-specific auto-antibodies

C. It is often controlled by immunosuppressive treatment

D. It caused a prolonged bleeding time

A. Vitamin A, C and D

B. Vitamin C

D. Calcium

A. X-Linked recessive

C. Codominant

D. Autosomal recessive

A. Enolase & calcitonin

C. Alkaline phosphatase & catalase

D. Pyrophosphatase & carbonic anhydrase

A. syphilis

B. measles

D. typhoid

B. Phenobarbita

C. Pentobarbital

D. Diazepam

A. painless

B. itching

D. Asymptomatic