Why Nuchido TIME+ Is Your Summer Essential

Why Nuchido TIME+ Is Your Summer Essential

Summer is the season we look forward to all year. Longer days, holidays finally booked, evenings outside, and more time with the people we love. All of this is genuinely good for your cellular health too. Sunlight supports our vitamin D and our mood. Time outdoors tends to mean more movement. And time with loved ones is one of the most consistently protective things we can do for our long term health.
But if you've ever come home from a trip feeling more drained than when you left, or noticed your skin and energy need a bit longer to bounce back after a few days in the sun, you're not imagining it. Summer is a season of highs for how we feel, but it's also a season that quietly asks more of our cells than we might realise.

What is NAD+, and why does summer put pressure on it?

This is where NAD+ comes in. NAD+ is the molecule quietly working at the cellular level that helps keep you feeling energised, supports mental clarity, and plays a role in deep, restorative sleep. It also helps your body process alcohol, repair DNA, and support your mitochondria, the energy centres of your cells.
Summer can place additional stress on your cells and, in turn, on your NAD+ levels. Here's what's behind that, and what you can do about it.

Three summer habits that quietly drain your NAD+

1. Travel and disrupted sleep

Jet lag isn't just an inconvenience, it reflects a genuine disruption to your body's internal clock. Your circadian rhythm and your cellular energy systems are closely linked, and NAD+ plays a role in that relationship, with NAD+ levels naturally rising and falling on a 24-hour cycle in step with your body clock. When sleep is disrupted, whether from time zone changes, an early airport transfer, or simply staying up later because the evenings are warmer and lighter, your body has less opportunity for the repair processes that normally happen overnight. Over a week or two of travel, this can add up.

2. Alcohol

That extra glass of wine or beer on holiday also places demands on your NAD+ levels. Processing alcohol requires your liver to use NAD+ as part of the breakdown process. The more your body is metabolising alcohol, the more NAD+ gets diverted toward that job rather than toward its other essential roles in energy production. This is part of why a few late nights in a row on holiday can leave you feeling more fatigued than expected.

3. Sun exposure

Moderate sun exposure is good for us. But excessive, damaging sun exposure, the kind that leads to sunburn, is a genuine stressor at the cellular level. Sunburn causes DNA damage and triggers inflammation in the skin, and this draws on your NAD+ through two separate mechanisms: the DNA repair pathways that rely on NAD+ to function, and the inflammatory response, which further depletes it. Together, this means a single bad sunburn asks more of your cells than its appearance on the surface suggests.

How Nuchido TIME+ supports your cellular health

Nuchido TIME+ is formulated to support your body's own natural NAD+ production. This approach helps your cells maintain the energy and repair capacity they need, even when travel, alcohol and sun exposure are asking more of them than usual.
Adding Nuchido TIME+ to your daily routine helps your cells keep up with the demands of summer. Just 3 capsules a day are formulated to support:

  • Cellular NAD+ levels
  • Lower inflammation
  • Quality sleep
  • DNA repair
  • Mental clarity
  • Skin health

The point isn't to fight against summer. It's to give your body the support it needs to keep up with it.

5 ways to support your cells this summer

Nuchido TIME+ is one part of the picture, but it works best alongside a few simple habits that support the same underlying processes.

Stay ahead of hydration, not just on top of it.

Heat, flying and alcohol all increase how quickly your body loses fluid, and mild dehydration alone can leave you feeling foggy and tired in a way that's easy to mistake for jet lag or general summer fatigue. Staying consistently hydrated, rather than drinking only once you notice thirst, makes a real difference.

Give your circadian rhythm something to work with when you travel. 

Your internal clock takes its cues from light, so it responds well to a bit of guidance. Getting exposure to natural sunlight first thing in the morning and again in the evening helps your body recalibrate to a new time zone more quickly.

Be sun smart, not sun avoidant.

This is where people get confused, because moderate sun exposure supports things like vitamin D and mood, while the kind that leads to sunburn is what places real strain on your cells. Use SPF, seek shade during peak hours, and cover up with a hat or clothing when needed to help prevent sunburn in the first place.

Let sleep stay a priority, even on holiday.

It's tempting to treat sleep as optional when the evenings are warm and the company is good. A late night here and there isn't something to worry about, but sleep is when a lot of your body's repair processes happen, so try to get enough quality sleep where you can.

Make  Nuchido TIME+ part of your daily routine. 

Good hydration, sensible sun exposure and protecting your sleep all help reduce the load on your cells in the first place. Nuchido TIME+ is there to support your body's own NAD+ production alongside those habits, so you're covering both sides.

 

Here's to a summer full of sunshine, travel and time with the people you love, and to giving your cells a little extra support along the way.

 

References

  1. Nakahata, Y., Sahar, S., Astarita, G., Kaluzova, M., & Sassone-Corsi, P. (2009). Circadian control of the NAD+ salvage pathway by CLOCK-SIRT1. Science, 324(5927), 654-657.
  2. French, S. W. (2016). Chronic alcohol binging injures the liver and other organs by reducing NAD+ levels required for sirtuin's deacetylase activity. Experimental and molecular pathology, 100(2), 303-306.
  3. Katayoshi, T., Nakajo, T., & Tsuji-Naito, K. (2021). Restoring NAD+ by NAMPT is essential for the SIRT1/p53-mediated survival of UVA-and UVB-irradiated epidermal keratinocytes. Journal of Photochemistry and Photobiology B: Biology, 221, 112238.