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식이 패턴이 발기 기능에 미치는 영향 (ERECTION)

2026년 7월 22일 업데이트: Montefiore Medical Center

정상적인 발기 기능을 가진 건강한 남성의 발기 기능에 대한 식물성 식단과 동물성 식단의 영향: 발기 연구

이 연구의 목표는 정상적인 발기 기능을 가진 건강한 남성의 식이 패턴이 발기 기능에 영향을 미치는지 확인하는 것입니다.

연구 개요

상태

모병

정황

개입 / 치료

상세 설명

방문 1:

동의서를 검토하고 서명한 후 피험자를 선별합니다. 심사는 다음으로 구성됩니다.

IIEF(International Index of Erectile Function) 및 식품 빈도 설문지를 작성하십시오.

병력, 약물 기록 신장 및 체중 측정 생명력 측정 총 테스토스테론, 성 호르몬 입찰 글로불린 및 TSH(갑상선 자극 호르몬)에 대한 채혈

IIEF 점수가 비정상인 경우 피험자는 PCP(1차 진료 제공자)에게 연락하도록 조언을 받습니다.

피험자는 실험실 테스트 결과에 대해 연락을 받을 것입니다. 비정상인 경우 피험자는 PCP에 연락하도록 안내됩니다.

피험자에게 PCP가 없는 경우 PCP의 연락처 정보가 제공됩니다. 포함 및 제외 기준을 충족하는 피험자는 시퀀스 1 또는 시퀀스 2로 무작위 배정됩니다. 일단 등록되면 피험자는 음식이 제공되는 2일 저녁 및 2일 동안을 제외하고는 연구 기간 동안 식습관을 수정하지 않을 것입니다(아래 참조).

시퀀스 1:

방문 2:

피험자는 전날 밤 11시부터 금식(물 섭취 제외)한 후 아침에 연구 센터로 돌아옵니다. 피험자는 그날 아침 이를 닦거나 구강청결제 및/또는 기타 입냄새 제거제를 사용하지 않을 것입니다. 의인화, 혈압 및 심박수 기록이 이루어집니다. 혈액을 채취하여 보관합니다. 소변을 모아서 보관합니다. 피험자는 Rigiscan™ 장치를 사용하는 방법을 배웁니다. 피험자는 식물성 저녁 식사를 1회 받게 됩니다. 그런 다음 피험자는 연구 센터를 떠나 오후 5시까지 평소 식사를 합니다. 오후 11시까지 나머지 저녁 시간 동안 피험자는 제공된 저녁 식사만 섭취합니다. 물은 오후 5시 이후에 허용되는 유일한 음료입니다. 저녁 식사는 EST(동부 표준시) 오후 8시 30분에 섭취해야 합니다. 피험자는 오후 5시 이후에 소비된 모든 것(먹거나 마시는 것)의 사진을 PI 또는 연구 대표에게 텍스트로 보낼 것입니다. 연구팀의 구성원은 그날 저녁 적어도 한 번 피험자와 텍스트 또는 구두 접촉을 할 것입니다. 피험자는 오후 11시 이후에 물 이외의 금식을 합니다. 그날 밤 피험자는 집에서 밤새 Rigiscan™ 평가를 수행합니다. 피험자가 잠자리에 드는 시간과 하루 중 일어나는 시간을 기록해야 합니다. 피험자는 최소 7시간 동안 Rigiscan™을 켜고 침대에 누워 있는 데 동의합니다(긴급 상황이나 화장실에 가야 하는 경우 제외).

방문 3:

피험자는 Rigiscan™ 평가 후 아침에 연구 센터로 돌아와 Rigiscan™ 장치를 가져옵니다. 피험자는 전날 밤 11시부터 물 이외의 금식을 하게 됩니다. 피험자는 그날 아침 이를 닦거나 구강 세척제 및/또는 기타 입냄새 제거제를 사용하지 않을 것입니다. 의인화, 혈압 및 심박수 기록이 이루어집니다. 혈액을 채취하여 보관합니다. 소변을 모아서 보관합니다. 피험자는 하루 종일 식물성 식사를 받게 됩니다. 피험자는 초기 의인화 조치를 취하고 혈액을 채취하고 소변을 채취한 후 연구 센터에서 아침 식사를 하도록 권장됩니다. 피험자는 그날 소비한 모든 사진을 PI 및/또는 연구 대표에게 문자로 보내고 연구팀의 구성원은 해당 날에 적어도 두 번 피험자와 문자 또는 구두 접촉을 합니다. 저녁 식사는 동부 표준시 기준 오후 8시 30분에 섭취해야 합니다. 피험자는 오후 11시 이후에 물 이외의 금식을 합니다. 그날 밤 피험자는 집에서 밤새 Rigiscan™ 평가를 수행합니다. 블랙 커피 및/또는 차는 정오 이전에만 허용됩니다. 피험자가 잠자리에 드는 시간과 하루 중 일어나는 시간을 기록해야 합니다. 피험자는 최소 7시간 동안 Rigiscan™을 켜고 침대에 누워 있는 데 동의합니다(긴급 상황이나 화장실에 가야 하는 경우 제외).

방문 4:

피험자는 Rigiscan™ 평가 후 아침에 연구 센터로 돌아와 Rigiscan™ 장치를 가져옵니다. 피험자는 그날 아침 이를 닦거나 구강청결제 및/또는 기타 입냄새 제거제를 사용하지 않을 것입니다. 의인화, 혈압 및 심박수 기록이 이루어집니다. 혈액을 채취하여 보관합니다. 소변을 모아서 보관합니다. 그런 다음 8-12일 동안 워시아웃 기간이 있을 것이며 피험자는 이 워시아웃 기간 동안 일반적인 식습관으로 돌아가도록 지시받을 것입니다.

방문 5:

휴약 기간 후 피험자는 전날 밤 11시부터 금식(물 섭취 제외)한 후 아침에 연구 센터로 복귀합니다. 피험자는 그날 아침 이를 닦거나 구강 세척제 및/또는 기타 입냄새 제거제를 사용하지 않을 것입니다. 의인화, 혈압 및 심박수 기록이 이루어집니다. 혈액을 채취하여 보관합니다. 소변을 모아서 보관합니다. 피험자는 동물 기반 저녁 식사를 1회 받게 됩니다. 그런 다음 피험자는 연구 센터를 떠나 오후 5시까지 평소 식사를 합니다. 오후 11시까지 나머지 저녁 시간 동안 피험자는 제공된 저녁 식사만 섭취합니다. 오후 5시 이후에 마시는 유일한 음료는 물입니다. 저녁 식사는 동부 표준시 기준 오후 8시 30분에 섭취해야 합니다. 피험자는 오후 5시 이후에 소비된 모든 것(먹거나 마시는 것)의 사진을 PI 또는 연구 대표에게 문자로 보내고 연구팀의 구성원은 그날 저녁 적어도 한 번은 피험자와 문자 또는 구두 접촉을 합니다. 피험자는 오후 11시 이후에 물 이외의 금식을 합니다. 그날 밤 피험자는 집에서 밤새 Rigiscan™ 평가를 수행합니다. 피험자가 잠자리에 드는 시간과 하루 중 일어나는 시간을 기록해야 합니다. 피험자는 최소 7시간 동안 Rigiscan™을 켜고 침대에 누워 있는 데 동의합니다(긴급 상황이나 화장실에 가야 하는 경우 제외).

방문 6:

피험자는 Rigiscan™ 평가 후 아침에 연구 센터로 돌아와 Rigiscan™ 장치를 가져옵니다. 피험자는 그날 아침 이를 닦거나 구강 세척제 및/또는 기타 입냄새 제거제를 사용하지 않을 것입니다. 의인화, 혈압 및 EndoPAT™ 기록이 이루어집니다. 타액이 저장됩니다. 혈액을 채취하여 보관합니다. 피험자는 하루 종일 동물성 식사를 받게 됩니다. 피험자는 초기 의인화 조치를 취하고 타액을 채취하고 혈액을 채취한 후 연구 센터에서 아침 식사를 하도록 권장됩니다. 피험자는 그날 소비한 모든 사진을 PI 및/또는 연구 대표에게 문자로 보낼 것이며 연구팀은 해당 날에 적어도 두 번 피험자와 문자 또는 구두 연락을 할 것입니다. 저녁 식사는 동부 표준시 기준 오후 8시 30분에 섭취해야 합니다. 피험자는 오후 11시 이후에 물 이외의 금식을 합니다. 그날 밤 피험자는 집에서 밤새 Rigiscan™ 평가를 수행합니다. 블랙 커피 및/또는 차는 정오 이전에만 허용됩니다. 피험자가 잠자리에 드는 시간과 하루 중 일어나는 시간을 기록해야 합니다. 피험자는 최소 7시간 동안 Rigiscan™을 켜고 침대에 누워 있는 데 동의합니다(긴급 상황이나 화장실에 가야 하는 경우 제외).

방문 7(연구 종료):

피험자는 Rigiscan™ 평가 후 아침에 연구 센터로 돌아와 Rigiscan™ 장치를 가져옵니다. 피험자는 그날 아침 이를 닦거나 구강청결제 및/또는 기타 입냄새 제거제를 사용하지 않을 것입니다. 의인화, 혈압 및 심박수 기록이 이루어집니다. 혈액을 채취하여 보관합니다. 소변을 모아서 보관합니다.

시퀀스 2:

시퀀스 2는 시퀀스 1과 동일하지만 식물성 식사 대신 동물성 식사가 제공됩니다. 시퀀스 1과 시퀀스 2에서 동물성 식사로 무작위 배정된 피험자의 경우 동물성 식사 대신 식물성 식사가 제공된다는 점을 제외하고는 동일합니다.

연구 유형

중재적

등록 (추정된)

46

단계

  • 해당 없음

연락처 및 위치

이 섹션에서는 연구를 수행하는 사람들의 연락처 정보와 이 연구가 수행되는 장소에 대한 정보를 제공합니다.

연구 연락처

연구 장소

  • 미국
    • New York
      • The Bronx, New York, 미국, 10467
        • 모병
        • Montefiore Medical Center, Department of Medicine, Division of Cardiology
        • 연락하다:

참여기준

연구원은 적격성 기준이라는 특정 설명에 맞는 사람을 찾습니다. 이러한 기준의 몇 가지 예는 개인의 일반적인 건강 상태 또는 이전 치료입니다.

자격 기준

공부할 수 있는 나이

14년 (성인)

건강한 자원 봉사자를 받아들입니다

예

설명

포함 기준:

  • 피험자는 연구 절차를 수행하기 전에 영어로 서면 동의서 및 HIPAA 승인을 제공합니다.
  • 의료 요법 없음(prn MDI(정량 흡입기) 및 해당되는 경우 보충제 변경 없음)
  • IIEF 점수 22 이상
  • 피험자는 등록 4주 이내에 음경-질 섹스를 했을 것입니다. 사용된 IIEF 점수는 이 시간 창을 기반으로 검증됩니다.
  • 18-29세 남성
  • Montefiore Health System에서 통근 가능한 거리에 거주
  • 피험자의 중요한 다른 사람(해당되는 경우)은 연구 중에 피험자를 지원하는 데 동의합니다.
  • 피험자는 식이 개입 동안 소비/마신 모든 항목을 사진에 찍고 공유하는 데 동의합니다.
  • 피험자는 Rigiscan™ 기록 전 최소 2일 동안 그리고 Rigiscan™ 기록 낮과 밤 동안 모든 불법 약물, NSAID 및 알코올을 피하는 데 동의합니다.
  • 피험자는 Rigiscan™ 배치 전 최소 36시간 동안 성행위를 삼가하고 Rigiscan™ 기록이 있는 낮과 밤에 성행위를 하지 않는다는 데 동의합니다.
  • 피험자는 Rigiscan™ 기록의 낮과 밤 이전 및 Rigiscan™ 기록의 낮과 밤에 최소 36시간 동안 에로틱하거나 포르노 자료를 보거나 읽거나 소비하지 않는 데 동의합니다.
  • 피험자는 Rigiscan™ 교육을 받기 위해 Montefiore에 오기로 동의함
  • 피험자는 허용된 음식/음료만 소비/마시는 데 동의합니다.
  • 피험자는 Montefiore의 모든 대면 방문에 참석하고 각 방문 전날 밤 11시에 단식을 시작하며 모든 채혈/타액/기타 검사를 받는 데 동의합니다.
  • 피험자는 전체 연구 기간 동안 구강 세척제 또는 구강 세정제를 사용하거나 의도적으로 침을 뱉지 않는 데 동의합니다. 피험자는 등록 전 최소 2일 동안 구강청결제 사용을 자제하도록 요청받을 것입니다. 피험자는 각 연구 방문일 아침에 양치질을 하지 않는 데 동의합니다. 그렇지 않으면 칫솔질이 허용됩니다.
  • BMI 30 미만, BMI 18.5 이상, 체중 110파운드 이상
  • 피험자는 연구 절차 및 방문을 준수하는 데 동의합니다.
  • 주당 2회 이상 15분 이상 운동합니다. 대상자는 Rigiscan™ 측정 전날과 당일 운동을 피하는 데 동의합니다.

제외 기준:

  • 관련식이 알레르기
  • 채식주의자 또는 완전 채식주의자 식단 패턴
  • 섭식 장애의 병력; 음식 중독의 증거
  • 고혈압 및/또는 내과적 치료를 받거나 받지 않은 고혈압 병력
  • BMI 30 이상, BMI 18.5 미만 또는 체중 110lbs 이하
  • 비염증성 근골격계 질환 및 천식 이외의 알려진 만성 내과 질환
  • 신장 질환 또는 고칼륨혈증의 병력
  • 피험자는 동의서 서명 전 30일 이내에 연구용 약물을 받았습니다.
  • 발기부전
  • 연구자의 의견에 따라 연구 결과를 혼란스럽게 만들거나 연구 절차를 준수하는 환자의 능력을 크게 방해할 수 있는 상태(예: 정신 질환) 또는 상황이 있음
  • 현재 페이로니병 치료 중
  • 비정상적인 테스토스테론 또는 갑상선 자극 호르몬 수치
  • 치료받은 성선기능저하증 또는 갑상선기능저하증
  • 연구 기간 동안 계획된 여행
  • 지난 12개월 동안 약물 남용의 역사
  • 4주 이내의 불법 약물 사용, 흡연 또는 베이핑
  • 스크리닝 시 2주 이내 상기도 질환
  • 직업이 대기 중이어야 하는 경우 연구 기간 동안 야간 근무 또는 대기 중 근무가 필요하지 않습니다.
  • 전염성 피부 또는 성병. 피험자는 음경이나 주변 부위에 발진이나 병변이 있다고 보고했습니다. 피험자는 "성기 또는 주변 부위에 발진이나 병변이 있습니까?"라는 질문을 받게 됩니다.

공부 계획

이 섹션에서는 연구 설계 방법과 연구가 측정하는 내용을 포함하여 연구 계획에 대한 세부 정보를 제공합니다.

연구는 어떻게 설계됩니까?

디자인 세부사항

  • 주 목적: 방지
  • 할당: 무작위
  • 중재 모델: 크로스오버 할당
  • 마스킹: 하나의

무기와 개입

참가자 그룹 / 팔
개입 / 치료
활성 비교기: 식물성 팔
식물 기반 팔은 임상 연구 센터를 3번 방문하고 식물 기반 식이요법을 따르고 Rigiscan™ 장치를 사용하여 야간 발기의 빈도, 강직도 및 기간을 측정하는 것으로 구성됩니다.
다른: 식물성 식단
음식은 Montefiore-Einstein Food Services에서 제공합니다.
활성 비교기: 동물 기반 팔
동물 기반 팔은 임상 연구 센터를 3번 방문하여 동물 기반 식단을 따르고 Rigiscan™ 장치를 사용하여 야간 발기의 빈도, 경직 및 기간을 측정하는 것으로 구성됩니다.
다른: 동물성 식단
음식은 Montefiore-Einstein Food Services에서 제공합니다.

연구는 무엇을 측정합니까?

주요 결과 측정

결과 측정
측정값 설명
기간
Percent of time ≥60% erect during overnight Rigiscan™ use after 4 meals.
기간: During overnight Rigiscan™ use directly after consuming the 4 meals. (The second night of Rigiscan™ use).
The first 5 minutes of Rigiscan™ recording is discarded. Erection time is the total time (in minutes) when penile rigidity is ≥ 60% at both the tip and base of the penis with a concurrent increase in penile tumescence at both the tip and base of the penis compared to baseline tumescence as measured by Rigiscan™ during overnight Rigiscan™ use, divided by the total time (in minutes) of overnight Rigiscan™ use. Overnight Rigiscan™ use time is defined as starting 5 minutes after the start of the Rigiscan™ recording and the end of Rigiscan™ use is defined as the last time the tip or base was >=10% rigid with a corresponding concurrent increase in penile tumescence at the tip or base compared to baseline tumesence. This total time window from start to end is the Rigiscan™ use time.
During overnight Rigiscan™ use directly after consuming the 4 meals. (The second night of Rigiscan™ use).

2차 결과 측정

결과 측정
측정값 설명
기간
Percent of time ≥60% erect during overnight Rigiscan™ use after 1 meal.
기간: During overnight Rigiscan™ use directly after consuming 1 meal. (The first night of Rigiscan™ use).
The first 5 minutes of Rigiscan™ recording is discarded. Erection time is the total time (in minutes) when penile rigidity is ≥ 60% at both the tip and base of the penis with a concurrent increase in penile tumescence at both the tip and base of the penis compared to baseline tumescence as measured by Rigiscan™ during overnight Rigiscan™ use, divided by the total time (in minutes) of overnight Rigiscan™ use. Overnight Rigiscan™ use time is defined as starting 5 minutes after the start of the Rigiscan™ recording and the end of Rigiscan™ use is defined as the last time the tip or base was >=10% rigid with a corresponding concurrent increase in penile tumescence at the tip or base compared to baseline tumesence. This total time window from start to end is the Rigiscan™ use time
During overnight Rigiscan™ use directly after consuming 1 meal. (The first night of Rigiscan™ use).
Percent of time ≥60% erect during overnight Rigiscan™ use after 4 meals, where each erection lasts >=5 minutes as measured by Rigiscan™
기간: During overnight Rigiscan™ use directly after consuming 4 meals. (The second night of Rigiscan™ use).
The first 5 minutes of Rigiscan™ recording is discarded. Erection time is the total time (in minutes) when penile rigidity is ≥ 60% at both the tip and the base of the penis with a concurrent increase in penile tumescence at both the tip and base of the penis compared to baseline tumescence, and the erection lasts >= 5 minutes, as measured by Rigiscan™ during overnight Rigiscan™ use, divided by the total time (in minutes) of overnight Rigiscan™ use. Overnight Rigiscan™ use time is defined as starting 5 minutes after the start of the Rigiscan™ recording and the end of Rigiscan™ use is defined as the last time the tip or base was >=10% rigid with a corresponding concurrent increase in penile tumescence at the tip or base compared to baseline tumesence. This total time window from start to end is the Rigiscan™ use time.
During overnight Rigiscan™ use directly after consuming 4 meals. (The second night of Rigiscan™ use).
Percent of time ≥60% erect during overnight Rigiscan™ use after 1 meal, where each erection lasts >=5 minutes as measured by Rigiscan™
기간: During overnight Rigiscan™ use directly after consuming 1 meal. (The first night of Rigiscan™ use).
The first 5 minutes of Rigiscan™ recording is discarded. Erection time is the total time (in minutes) when penile rigidity is ≥ 60% at both the tip and the base of the penis with a concurrent increase in penile tumescence at both the tip and base of the penis compared to baseline tumescence, and the erection lasts >= 5 minutes, as measured by Rigiscan™ during overnight Rigiscan™ use, divided by the total time (in minutes) of overnight Rigiscan™ use. Overnight Rigiscan™ use time is defined as starting 5 minutes after the start of the Rigiscan™ recording and the end of Rigiscan™ use is defined as the last time the tip or base was >=10% rigid with a corresponding concurrent increase in penile tumescence at the tip or base compared to baseline tumesence. This total time window from start to end is the Rigiscan™ use time.
During overnight Rigiscan™ use directly after consuming 1 meal. (The first night of Rigiscan™ use).

기타 결과 측정

결과 측정
측정값 설명
기간
Heart rate
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing heart rate by dietary pattern at both time points (after overnight Rigiscan™ use after consuming the 1 meal and after overnight Rigiscan™ use after consuming the 4 meals) and compared to its respective baseline in beats/minute. Definition: In regard to the following anthropometric, vital sign, and laboratory data (blood, urine, and saliva) pre-specified outcomes included in this pre-specified outcomes section, at "both time points" is defined as in the sentence above and "respective baseline" refers to either visit 2 or visit 5, as visit 2 is the baseline for one dietary arm (plant or animal) and visit 5 is the baseline for the other dietary arm (plant or animal).
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Blood Pressure
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing blood pressure by dietary pattern at both time points and compared to its respective baseline in mmHg
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Weight
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing weight by dietary pattern at both time points and compared to its respective baseline
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Fibrinogen
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/dL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
D-dimer
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in ng/mL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Total cholesterol
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/dL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
HDL cholesterol
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/dL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
HDL efflux capacity
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline.
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
LDL cholesterol
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/dL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Triglyceride
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/dL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Oxidized LDL cholesterol
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in U/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Free Fatty Acids
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in micromoles
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Myeloperoxidase
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in ug/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Factor VII
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in percentage.
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
lysolecithin
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/mL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Apolipoprotein B
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/dL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Omega 3 index
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in percentage of erythrocyte fatty acid
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Lipoprotein-associated phospholipase-A2 (Lp PLA2) activity
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in nmol/min/mL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Lipoprotein (a)
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in nmol/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Homocysteine
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in umol/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
methylmalonic acid (MMA)
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in umol/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Asymmetric Dimethylarginine (ADMA)
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in umol/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
symmetric dimethylarginine (SDMA)
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/dL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Total testosterone
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/dL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Sex Hormone Binding Globulin
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in nmol/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
cystatin C
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/dL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
remnant cholesterol particles
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/dL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
uric acid
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/dL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
interleukin 1
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in pg/mL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
interleukin 6
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in pg/mL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
hsCRP
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Blood Urea Nitrogen (BUN)
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/dL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Carbon Dioxide (CO2)
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mmol/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
creatinine
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/dL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
glucose
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/dL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
serum chloride
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in meq/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
serum potassium
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in meq/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
serum sodium
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in meq/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
alanine aminotransferase (ALT)
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in units/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
aspartate aminotransferase (AST)
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in units/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
estimated glomerular filtration rate (eGFR)
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mL/min/1.73m2
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
vitamin c
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/dL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
reduced glutathione
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in umol/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
superoxide dismutase
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in ng/mL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
vitamin e
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
selenium
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in ng/mL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
malondialdehyde
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in umol/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
non coding RNA
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in copies/mL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
micro RNA
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in copies/mL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Lnc RNA
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in copies/mL
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
trimethylamine-N-oxide (TMAO)
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in umol/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
phenylacetylglutamine (PAG)
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in uM (micrometers)
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing urine albumin-to-creatinine ratio (UACR)
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in mg/g
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing salivary nitrite level as a correlate of plasma nitric oxide (NO) level
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in micromoles/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing salivary nitrate level in as a correlate of plasma nitric oxide (NO) level
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in micromoles/L
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Platelets
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline in cells/ul.
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
FIB-4 Index
기간: Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Comparing it at both time points by dietary pattern and compared to its respective baseline
Time zero (Visit 2), at ~24 hours after time zero (Visit 3), at ~48 hours after time zero (Visit 4), after 8-12 day washout (Visit 5), at ~24 hours after 8-12 day washout (Visit 6), at ~48 hours after 8-12 day washout (Visit 7)
Percent of time ≥50% erect during overnight Rigiscan™ use after the 4 meals.
기간: During overnight Rigiscan™ use directly after consuming the 4 meals. (The second night of Rigiscan™ use).
The first 5 minutes of Rigiscan™ recording is discarded. Erection time is the total time (in minutes) when penile rigidity is ≥ 50% at both the tip and base of the penis with a concurrent increase in penile tumescence at both the tip and base of the penis compared to baseline tumescence as measured by Rigiscan™ during overnight Rigiscan™ use, divided by the total time (in minutes) of overnight Rigiscan™ use. Overnight Rigiscan™ use time is defined as starting 5 minutes after the start of the Rigiscan™ recording and the end of Rigiscan™ use is defined as the last time the tip or base was >=10% rigid with a corresponding concurrent increase in penile tumescence at the tip or base compared to baseline tumesence. This total time window from start to end is the Rigiscan™ use time.
During overnight Rigiscan™ use directly after consuming the 4 meals. (The second night of Rigiscan™ use).
Percent of time ≥50% erect during overnight Rigiscan™ use after 1 meal.
기간: During overnight Rigiscan™ use directly after consuming 1 meal. (The first night of Rigiscan™ use)
The first 5 minutes of Rigiscan™ recording is discarded. Erection time is the total time (in minutes) when penile rigidity is ≥ 50% at both the tip and base of the penis with a concurrent increase in penile tumescence at both the tip and base of the penis compared to baseline tumescence as measured by Rigiscan™ during overnight Rigiscan™ use, divided by the total time (in minutes) of overnight Rigiscan™ use. Overnight Rigiscan™ use time is defined as starting 5 minutes after the start of the Rigiscan™ recording and the end of Rigiscan™ use is defined as the last time the tip or base was >=10% rigid with a corresponding concurrent increase in penile tumescence at the tip or base compared to baseline tumesence. This total time window from start to end is the Rigiscan™ use time
During overnight Rigiscan™ use directly after consuming 1 meal. (The first night of Rigiscan™ use)
Percent of time ≥70% erect during overnight Rigiscan™ use after 4 meals.
기간: During overnight Rigiscan™ use directly after consuming the 4 meals. (The second night of Rigiscan™ use).
The first 5 minutes of Rigiscan™ recording is discarded. Erection time is the total time (in minutes) when penile rigidity is ≥ 70% at both the tip and base of the penis with a concurrent increase in penile tumescence at both the tip and base of the penis compared to baseline tumescence as measured by Rigiscan™ during overnight Rigiscan™ use, divided by the total time (in minutes) of overnight Rigiscan™ use. Overnight Rigiscan™ use time is defined as starting 5 minutes after the start of the Rigiscan™ recording and the end of Rigiscan™ use is defined as the last time the tip or base was >=10% rigid with a corresponding concurrent increase in penile tumescence at the tip or base compared to baseline tumesence. This total time window from start to end is the Rigiscan™ use time
During overnight Rigiscan™ use directly after consuming the 4 meals. (The second night of Rigiscan™ use).
Percent of time ≥70% erect during overnight Rigiscan™ use after 1 meal.
기간: During overnight Rigiscan™ use directly after consuming 1 meal. (The first night of Rigiscan™ use).
The first 5 minutes of Rigiscan™ recording is discarded. Erection time is the total time (in minutes) when penile rigidity is ≥ 70% at both the tip and base of the penis with a concurrent increase in penile tumescence at both the tip and base of the penis compared to baseline tumescence as measured by Rigiscan™ during overnight Rigiscan™ use, divided by the total time (in minutes) of overnight Rigiscan™ use. Overnight Rigiscan™ use time is defined as starting 5 minutes after the start of the Rigiscan™ recording and the end of Rigiscan™ use is defined as the last time the tip or base was >=10% rigid with a corresponding concurrent increase in penile tumescence at the tip or base compared to baseline tumesence. This total time window from start to end is the Rigiscan™ use time
During overnight Rigiscan™ use directly after consuming 1 meal. (The first night of Rigiscan™ use).
Percent of time ≥70% erect during overnight Rigiscan™ use after 4 meals versus after 1 meal by dietary pattern.
기간: During overnight Rigiscan™ use directly after consuming the 4 meals versus overnight Rigiscan™ use directly after consuming the 1 meal by dietary pattern, for each dietary pattern.
The first 5 minutes of Rigiscan™ recording is discarded. Erection time is the total time (in minutes) when penile rigidity is ≥ 70% at both the tip and base of the penis with a concurrent increase in penile tumescence at both the tip and base of the penis compared to baseline tumescence as measured by Rigiscan™ during overnight Rigiscan™ use, divided by the total time (in minutes) of overnight Rigiscan™ use. Overnight Rigiscan™ use time is defined as starting 5 minutes after the start of the Rigiscan™ recording and the end of Rigiscan™ use is defined as the last time the tip or base was >=10% rigid with a corresponding concurrent increase in penile tumescence at the tip or base compared to baseline tumesence. This total time window from start to end is the Rigiscan™ use time.
During overnight Rigiscan™ use directly after consuming the 4 meals versus overnight Rigiscan™ use directly after consuming the 1 meal by dietary pattern, for each dietary pattern.
Percent of time ≥60% erect during overnight Rigiscan™ use after 4 meals versus after 1 meal by dietary pattern.
기간: During overnight Rigiscan™ use directly after consuming the 4 meals versus overnight Rigiscan™ use directly after consuming the 1 meal by dietary pattern, for each dietary pattern.
The first 5 minutes of Rigiscan™ recording is discarded. Erection time is the total time (in minutes) when penile rigidity is ≥ 60% at both the tip and base of the penis with a concurrent increase in penile tumescence at both the tip and base of the penis compared to baseline tumescence as measured by Rigiscan™ during overnight Rigiscan™ use, divided by the total time (in minutes) of overnight Rigiscan™ use. Overnight Rigiscan™ use time is defined as starting 5 minutes after the start of the Rigiscan™ recording and the end of Rigiscan™ use is defined as the last time the tip or base was >=10% rigid with a corresponding concurrent increase in penile tumescence at the tip or base compared to baseline tumesence. This total time window from start to end is the Rigiscan™ use time.
During overnight Rigiscan™ use directly after consuming the 4 meals versus overnight Rigiscan™ use directly after consuming the 1 meal by dietary pattern, for each dietary pattern.
Percent of time ≥50% erect during overnight Rigiscan™ use after 4 meals versus after 1 meal by dietary pattern.
기간: During overnight Rigiscan™ use directly after consuming the 4 meals versus overnight Rigiscan™ use directly after consuming the 1 meal by dietary pattern, for each dietary pattern.
The first 5 minutes of Rigiscan™ recording is discarded. Erection time is the total time (in minutes) when penile rigidity is ≥ 50% at both the tip and base of the penis with a concurrent increase in penile tumescence at both the tip and base of the penis compared to baseline tumescence as measured by Rigiscan™ during overnight Rigiscan™ use, divided by the total time (in minutes) of overnight Rigiscan™ use. Overnight Rigiscan™ use time is defined as starting 5 minutes after the start of the Rigiscan™ recording and the end of Rigiscan™ use is defined as the last time the tip or base was >=10% rigid with a corresponding concurrent increase in penile tumescence at the tip or base compared to baseline tumesence. This total time window from start to end is the Rigiscan™ use time.
During overnight Rigiscan™ use directly after consuming the 4 meals versus overnight Rigiscan™ use directly after consuming the 1 meal by dietary pattern, for each dietary pattern.
Percent of time ≥70% erect during overnight Rigiscan™ use after 4 meals, where each erection lasts >=5 minutes as measured by Rigiscan™
기간: During overnight Rigiscan™ use directly after consuming 4 meals. (The second night of Rigiscan™ use).
The first 5 minutes of Rigiscan™ recording is discarded. Erection time is the total time (in minutes) when penile rigidity is ≥ 70% at both the tip and the base of the penis with a concurrent increase in penile tumescence at both the tip and base of the penis compared to baseline tumescence, and the erection lasts >= 5 minutes, as measured by Rigiscan™ during overnight Rigiscan™ use, divided by the total time (in minutes) of overnight Rigiscan™ use. Overnight Rigiscan™ use time is defined as starting 5 minutes after the start of the Rigiscan™ recording and the end of Rigiscan™ use is defined as the last time the tip or base was >=10% rigid with a corresponding concurrent increase in penile tumescence at the tip or base compared to baseline tumesence. This total time window from start to end is the Rigiscan™ use time.
During overnight Rigiscan™ use directly after consuming 4 meals. (The second night of Rigiscan™ use).
Percent of time ≥70% erect during overnight Rigiscan™ use after 1 meal, where each erection lasts >=5 minutes as measured by Rigiscan™
기간: During overnight Rigiscan™ use directly after consuming 1 meal. (The first night of Rigiscan™ use).
The first 5 minutes of Rigiscan™ recording is discarded. Erection time is the total time (in minutes) when penile rigidity is ≥70% at both the tip and the base of the penis with a concurrent increase in penile tumescence at both the tip and base of the penis compared to baseline tumescence, and the erection lasts >= 5 minutes, as measured by Rigiscan™ during overnight Rigiscan™ use, divided by the total time (in minutes) of overnight Rigiscan™ use. Overnight Rigiscan™ use time is defined as starting 5 minutes after the start of the Rigiscan™ recording and the end of Rigiscan™ use is defined as the last time the tip or base was >=10% rigid with a corresponding concurrent increase in penile tumescence at the tip or base compared to baseline tumesence. This total time window from start to end is the Rigiscan™ use time.
During overnight Rigiscan™ use directly after consuming 1 meal. (The first night of Rigiscan™ use).
Percent of time ≥50% erect during overnight Rigiscan™ use after 4 meals, where each erection lasts >=5 minutes as measured by Rigiscan™
기간: During overnight Rigiscan™ use directly after consuming 4 meals. (The second night of Rigiscan™ use).
The first 5 minutes of Rigiscan™ recording is discarded. Erection time is the total time (in minutes) when penile rigidity is ≥ 50% at both the tip and the base of the penis with a concurrent increase in penile tumescence at both the tip and base of the penis compared to baseline tumescence, and the erection lasts >= 5 minutes, as measured by Rigiscan™ during overnight Rigiscan™ use, divided by the total time (in minutes) of overnight Rigiscan™ use. Overnight Rigiscan™ use time is defined as starting 5 minutes after the start of the Rigiscan™ recording and the end of Rigiscan™ use is defined as the last time the tip or base was >=10% rigid with a corresponding concurrent increase in penile tumescence at the tip or base compared to baseline tumesence. This total time window from start to end is the Rigiscan™ use time.
During overnight Rigiscan™ use directly after consuming 4 meals. (The second night of Rigiscan™ use).
Percent of time ≥50% erect during overnight Rigiscan™ use after 1 meal, where each erection lasts >=5 minutes as measured by Rigiscan™
기간: During overnight Rigiscan™ use directly after consuming 1 meal. (The first night of Rigiscan™ use).
The first 5 minutes of Rigiscan™ recording is discarded. Erection time is the total time (in minutes) when penile rigidity is ≥ 50% at both the tip and the base of the penis with a concurrent increase in penile tumescence at both the tip and base of the penis compared to baseline tumescence, and the erection lasts >= 5 minutes, as measured by Rigiscan™ during overnight Rigiscan™ use, divided by the total time (in minutes) of overnight Rigiscan™ use. Overnight Rigiscan™ use time is defined as starting 5 minutes after the start of the Rigiscan™ recording and the end of Rigiscan™ use is defined as the last time the tip or base was >=10% rigid with a corresponding concurrent increase in penile tumescence at the tip or base compared to baseline tumesence. This total time window from start to end is the Rigiscan™ use time.
During overnight Rigiscan™ use directly after consuming 1 meal. (The first night of Rigiscan™ use).

공동 작업자 및 조사자

여기에서 이 연구와 관련된 사람과 조직을 찾을 수 있습니다.

스폰서

Montefiore Medical Center

협력자

National Institutes of Health (NIH)
Nitric Oxide Innovations LLC
The Purjes Foundation
The Greenbaum Foundation
Dr. Irwin Goldstein

수사관

  • 수석 연구원: Robert Ostfeld, MD, Montefiore Medical Center

간행물 및 유용한 링크

연구에 대한 정보 입력을 담당하는 사람이 자발적으로 이러한 간행물을 제공합니다. 이것은 연구와 관련된 모든 것에 관한 것일 수 있습니다.

일반 간행물

연구 기록 날짜

이 날짜는 ClinicalTrials.gov에 대한 연구 기록 및 요약 결과 제출의 진행 상황을 추적합니다. 연구 기록 및 보고된 결과는 공개 웹사이트에 게시되기 전에 특정 품질 관리 기준을 충족하는지 확인하기 위해 국립 의학 도서관(NLM)에서 검토합니다.

연구 주요 날짜

연구 시작 (실제)

2023년 10월 30일

기본 완료 (추정된)

2026년 12월 1일

연구 완료 (추정된)

2026년 12월 1일

연구 등록 날짜

최초 제출

2020년 3월 27일

QC 기준을 충족하는 최초 제출

2020년 4월 15일

처음 게시됨 (실제)

2020년 4월 16일

연구 기록 업데이트

마지막 업데이트 게시됨 (실제)

2026년 7월 24일

QC 기준을 충족하는 마지막 업데이트 제출

2026년 7월 22일

마지막으로 확인됨

2026년 7월 1일

추가 정보

이 연구와 관련된 용어

키워드

추가 관련 MeSH 약관

기타 연구 ID 번호

  • 2019-10465

개별 참가자 데이터(IPD) 계획

개별 참가자 데이터(IPD)를 공유할 계획입니까?

아니요

약물 및 장치 정보, 연구 문서

미국 FDA 규제 의약품 연구

아니

미국 FDA 규제 기기 제품 연구

아니

이 정보는 변경 없이 clinicaltrials.gov 웹사이트에서 직접 가져온 것입니다. 귀하의 연구 세부 정보를 변경, 제거 또는 업데이트하도록 요청하는 경우 register@clinicaltrials.gov. 문의하십시오. 변경 사항이 clinicaltrials.gov에 구현되는 즉시 저희 웹사이트에도 자동으로 업데이트됩니다. .

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