#basketball

2 articles

A wide, editorial-style still life shot from a slightly elevated angle on a pale, warm-gray concrete surface lit by soft natural window light from the left. In the center foreground, a clear glass of cloudy water sits beside a small white ceramic bowl heaping with fine white baking soda powder, a wooden measuring spoon resting beside it with a light dusting of powder spilling across the surface in a graceful arc. Next to them, a minimalist digital kitchen scale in matte white shows a small portion of powder in a shallow dish. Slightly behind, an orange basketball is partially in frame, its pebbled texture catching the light, resting beside a pair of clean white and coral athletic sneakers with the laces loosely undone. A folded charcoal gray towel and a stainless steel stopwatch lie to the right, the stopwatch face crisp and legible. Three small, neatly arranged piles of white powder on a slate tile in the midground, in ascending sizes, hint at different doses without any text or labels. In the soft-focus background, the faint outline of an indoor basketball court with warm honey-colored hardwood floor and blurred lane lines stretches across the frame, glowing with golden-hour light. The color palette is restrained and modern: warm off-white, soft gray, burnt orange, and touches of sage green from a single sprig of mint or eucalyptus laid near the glass. Shallow depth of field, crisp textures on powder grains and the ball's surface, gentle shadows, subtle film-like grain. Clean negative space in the upper right for headline overlay. The mood is calm, sleek, and contemporary, like a premium health and sports science magazine cover, with a fresh, minimalist composition and no people, no text, and no futuristic elements.

베이킹소다와 스프린트 훈련: 모든 테스트에서 플라시보를 넘어선 용량 효과

BY DR. GYMBRO · 2026년 10월 27일

농구 선수들을 대상으로 한 새로운 무작위 대조 시험에서, 4주간 스프린트 인터벌 훈련에 탄산수소나트륨(베이킹소다)을 추가하면 점프·스프린트·민첩성·요요 거리·윙게이트 파워에서 플라시보보다 뛰어난 결과가 나왔습니다. 0.45 g/kg의 고용량이 0.3 g/kg보다 모든 지표에서 더 큰 향상을 보였으며, 이는 팀 스포츠 선수들에게 저렴하면서도 매력적인 보조제가 될 수 있음을 시사합니다. 다만 위장 불편이 문제이며, 연구는 표본이 작고 기간이 짧으며 남성만을 대상으로 했습니다. 여기서는 용량 계산, 위장 장애 대비책, 적용 대상에 대해 정리합니다.

A wide, editorial-style photograph of a hardwood basketball court at golden hour, seen from a low angle near the baseline. In the foreground, slightly off-center to the left, sits a clear sports water bottle on a polished maple floor. It is half full, with tiny beads of condensation on the surface and a faint cloudy shimmer in the liquid. Beside it rests a small wooden spoon dusted with fine white powder, and a few loose grains are scattered on the wood. Warm amber light streams through tall gym windows on the right and casts long soft shadows across the court's painted lines.

In the mid-ground, slightly out of focus, a female basketball player in a navy and white uniform is caught mid-shot. Her arm is extended in a clean follow-through, her wrist relaxed, and the ball is just leaving her fingertips. Her ponytail swings behind her. Behind her, the net hangs crisp against a softly blurred bleacher background in muted teal and cream.

The palette is calm and modern: honey-toned wood, warm cream, deep navy, and soft teal accents. A shallow depth of field gives creamy bokeh in the background, with subtle dust motes floating in the light beams. The composition leaves generous negative space on the upper right for title text. The mood is fresh, athletic, and clean, like a contemporary health and performance journal. The photographic style is natural and film-like, with fine grain, soft contrast, and gentle highlights.

nutrition

물만으로는 정확도를 유지하기 어렵다—글루타민 디펩타이드가 슈터들의 정확도 향상

BY DR. GYMBRO · 2026년 10월 25일

물은 기본적인 수분 보충 방법이지만, Division I 여자 농구 선수를 대상으로 한 소규모 연구에서 L‑알라닐‑L‑글루타민을 약간 섞은 물이 순수 물보다 슈팅 정확도를 더 잘 유지한다는 결과가 나왔다. 10명의 여성 선수들이 40분 경기 4번을 진행했으며, 500 ml당 1 g의 저용량이 물보다 슈팅 정확도를 11.1 % 높였다. 고용량은 슈팅에 도움이 되지 않았고, 점프 파워는 변화가 없었다. 아래는 주요 수치와 실용적인 시사점, 그리고 섭취 전 고려해야 할 주의사항이다.