41. Identify the CORRECT family possessing the following characters: presence of glucosinolates, tetradynamous stamens, superior ovary with parietal placentation and siliqua type fruit (A) Brassicaceae (B) Capparidaceae (C) Fumariaceae (D) Papavaraceae

41. Identify the CORRECT family possessing the following characters: presence of glucosinolates,
tetradynamous stamens, superior ovary with parietal placentation and siliqua type fruit
(A) Brassicaceae
(B) Capparidaceae
(C) Fumariaceae
(D) Papavaraceae

Brassicaceae is the correct family matching all listed characters: presence of glucosinolates, tetradynamous stamens, superior ovary with parietal placentation, and siliqua-type fruit. The answer is (A) Brassicaceae. These traits define this mustard family, vital for exams in plant taxonomy and botany.

Core Matching Traits

Glucosinolates give Brassicaceae plants their pungent taste, like mustard and cabbage. Flowers feature tetradynamous stamens (four long, two short), a bicarpellary syncarpous superior ovary with parietal placentation, and siliqua fruits that split along two valves. This combination uniquely identifies the family.

Option Breakdown

Compare all choices using key floral and chemical features:

Family Glucosinolates Stamens Ovary/Placentation Fruit Type Match?
(A) Brassicaceae Yes  Tetradynamous  Superior, parietal  Siliqua  Full
(B) Capparidaceae Sometimes  Not tetradynamous Superior, but variable Capsule, not siliqua No
(C) Fumariaceae Absent Equal-length Superior, parietal Capsule/achene No
(D) Papaveraceae Absent Many, equal Superior, parietal Capsule No

Data confirms only Brassicaceae fits perfectly.

Why Brassicaceae Excels

Brassicaceae (formerly Cruciferae) includes crops like Brassica with cross-shaped tetramerous flowers, herbaceous stems, and economic value in agriculture. Advanced traits like syncarpous gynoecium and replum in siliqua distinguish it from close relatives. Exam questions target these identifiers for precise family recognition.

1 Comment
  • Sonal Nagar
    January 15, 2026

    Brassicaceae

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