Marine Organisms and Bioactive Compounds

Which compound is derived from sponges and is known for its anti-inflammatory properties?

What type of compounds are polyethers or polyketides derived from sponges primarily used for?

Which of the following types of compounds is noted for cytotoxic properties sourced from red algae?

Which nucleosides are derived from sponges and associated with cancer treatment?

What are terpenoids primarily obtained from, that are known for their anti-inflammatory properties?

أي من المركبات التالية تستخدم لعلاج السرطان وتستمد من الإسفنجيات؟

ما هو التأثير الرئيسي للتربينيات المستمدة من المرجان والإسفنجيات والطحالب؟

أي من المركبات التالية لها خصائص سامة للخلايا وتم الحصول عليها من الطحالب الحمراء؟

ما هي الأحماض النووية التي تُشتق من الإسفنجيات؟

ما هو المصدر الرئيسي للستيرولات المعروفة؟

Terpenoids: Found in corals, sponges, green algae, and brown algae, these compounds exhibit anti-inflammatory properties.
Sterols: Primarily found in soft corals and serve as a potential source of anti-inflammatory agents.
Polyhalogenated Monoterpenes: Derived from red algae, these compounds possess cytotoxic effects.
Nucleosides: Sponges produce adenine and cytosine derivatives, which have potential applications in cancer treatment.
Polyethers or Polyketides: Compounds like Halichondin B, extracted from sponges, showcase anti-cancer properties.

Marine organisms such as corals, sponges, green algae, brown algae, and red algae produce a variety of bioactive compounds.
Terpenoids are a class of compounds found in corals, sponges, green algae, and brown algae. They possess anti-inflammatory properties.
Sterols are found in soft corals and exhibit various biological activities.
Polyhalogenated monoterpenes are produced by red algae and are cytotoxic.
Nucleosides, particularly adenine and cytosine derivatives, are isolated from sponges and have potential anti-cancer properties.
Polyethers or Polyketides, such as Halichondin B from sponges, are known for their anti-cancer effects.