LONDON (8 June 2015): This summer Puente Romano Beach Resort Marbella's organic restaurant, Rachel's, is launching the Perricone diet designed to give guests' skin a healthy summer glow and slender figure during bikini season. 

Dr Perricone, creator of this celebrity favourite diet, is a specialist in dermatology with his own skincare line and expert in optimising weight loss. He promotes changes to lifestyle and eating which in turn reduces inflammation and cell oxidation improving  the condition of the skin and ultimately supports weight loss. Celebrities and fans of Dr Perricone's diet champion it for helping them to achieve a better body and glowing summer skin.

Combining a diet with a hectic work schedule and busy social life can be challenging and therefore following specific guidelines can be difficult, especially whilst on holiday. However it is this that inspired the well-known Rachel's organic restaurant to adopt these guidelines from Dr Perricone, incorporating it in to its healthy dishes made from 100% organic products. It also offers a perfect setting for enjoying these delectable and guilt-free dishes on its terrace overlooking the gardens and pool.

Keeping to the rules of a healthy diet and lifestyle whilst on holiday can prove even more of a challenge but Puente Romano believe they can help guests to achieve this balance by adding dishes from Dr Perricone's diet to the day-to-day organic menu at Rachel's, one of eight excellent restaurants at the hotel. Guests can enjoy guilt-free 100% organic dishes as they look out over the exceptional gardens and pool at the resort.

There are two Dr Perricone diet plans on offer: the 28 day diet and the flash three-day diet that which increase skin luminosity. In each instance, the diet plan consists of five daily 100% organic meals based on four nutritional groups: high quality proteins, carbohydrates and fibre, essential fatty acids and antioxidant vitamins. These key ingredients are included in the dishes at Rachel's allowing guests to fully experience the Perricone method.