신미종(辛味種) 고추의 추숙(追熟)에 따른 신미성분(辛味成分)의 변화(變化)를 부위별(部位別)과 capsaicin 동족체별(同族體別)로 측정(測定) 고찰(考察)한 결과(結果)는 다음과 같다. (1) 추숙(追熟)에 따라 capsaicin homologues의 조성(組成)에 거의 변화(變化)가 없었다. (2) 과육부(果肉部)(태좌(胎座), 격벽(隔壁), 과피(果皮)) 신미성분(辛味成分)의 건물중당(乾物重當) 함유율(含有率)(%)이 추숙(追熟)에 따라 증가(增加)하고 있다. 이것은 신미성분(辛味成分)의 생성(生成)과 고형물소장(固形物消長)사이의 상관관계(相關關係)의 결과(結果)라고 보겠다. (3) 태좌(胎座) 격벽부(隔壁部)의 신미성분(辛味成分)은 그함량(含量)이 매우 높고 또 chi.-onset stage까지 증가(增加)하고 그후(後)는 감소(減少)하는데 비(比)하여 과피(果皮)의 신미성분(辛味成分)은 줄곧 증가(增加)하고 있어서 신미성분(辛味成分)의 이동(移動)을 짐작할수 있었다. (4) 종자(種子)의 신미성분(辛味成分)은 함량(含量)이 매우 낮으나 추숙(追熟)에 따라 조금씩 증가(增加)하고 있다.
Variations of hot-taste constituents during the age of after-ripening in different anatomical parts and capsaicin series components of hot-pepper fruits were studied 1. Capsaicin homologues were composed nearly same portion during the after-ripening. 2. Percent amounts of hot-taste constituents per dried pepper fruit (except seeds) increased constantly during the after-ripening. And this suggests the production of hot-taste constituents and changeable mutual relations between various constituents. 3. Notable amounts of hot-taste constituents were contained in placentae and dissepiment and increased in succession until the climacteric onset stage, but after this period decreased. On the contrary, a constant increasing tendency were shown in pericarp. These results are presumable to understanding the role of the pepper fruits in regulating constituents transport from one part to another. 4. In the seeds, there was not marked amounts of hot-taste constituents, but increased quite slightly during the after-ripening.
