Planning Your Journey

Click the map to open Google Maps to help you plan your route

Rosemary Cottage Clinic is easy to find and well connected for transport.

It is located just off the A 259 on Babsham Lane, just north of Bognor Regis on Chichester Road.

Bicycle-icon Car-icon

By Car or Bicycle

For SatNav, use postcode: PO215EL

Clinic Route Map Travelling South from Chichester
Click to view a printable map with directions

Directions from Chichester:

(Note: there is a cycle track alongside the route below)

  1. Take the A259 to Bognor Regis from the roundabout on the A27 Chichester bypass.
  2. Travel south approximately one mile to the Oving Roundabout. Go straight over continuing on the A259 towards Bognor
  3. After another mile you will pass the Mercedes showroom on your left. Keep going.
  4. After another mile, you will pass the Honda showroom on your right.
  5. About 200 yrds after take the first left into Babsham Lane,
  6. Rosemary Cottage is straight in front of you.


Click to view a printable map with directions

Directions from Bognor:

From the Pink Pub (Landmark)

  1. Head North towards Chichester (A259)
  2. At the North Bersted bypass roundabout head North towards Chichester.
  3. Within 100 yards, turn right into Babsham Lane (immediately after the pedestrian lights)
  4. Rosemary Cottage is straight in front of you.

Directions from Felpham / Littlehampton

  1. Drive to Bognor North Bersted Bypass, as if heading for Chichester
  2. At the North Bersted bypass roundabout head North towards Chichester on the A259.
  3. Within 100 yards, turn right into Babsham Lane (immediately after the pedestrian lights)
  4. Rosemary Cottage is straight in front of you.


By Train

The nearest rail stations are at Chichester (4.2 miles) and Bognor Regis (2.2 miles)

Regular bus services run from these stations to Babsham Lane, North Bersted, right outside Rosemary Cottage (see below).

There are taxi services located at both stations.


By Bus

Regular bus services run to and from Babsham Lane. The most frequent is the number 700 coastliner – roughly every 20 minutes – which covers Portsmouth to Brighton

Getting to us:

Getting back home:

Please remember: visits are by appointment only

How diet and genetics work together

Studies of identical twins have established that genetics contributes about 30% of disease whilst environmental factors account for the remaining 70%. Environmental factors include toxins, infectious agents, physical trauma, sleep patterns, stress, exercise and diet. Of these diet is by far the biggest environmental factor affecting general health and is also one of the most easily modified. And whilst we manage to avoid traumatic injury and infectious disease through most of our lives no one avoids eating for long.

One of the biggest breakthrough’s in the last two decades has been an understanding of epigenetics – the study of how environmental factors can switch genes on and off. Some of these changes are passed on to offspring, meaning that your parent’s diet influences your health and even the health of your children – which is one of the reasons I ask new patients about their family’s health and diet.

The ability of diet to modify health at the gene expression level is illustrated in the following experiment. Mother lab mice were fed a toxin, bisphenol-A (BPA) which is found in polycarbonate plastics. This induced epigenetic changes in the offspring, making them obese and tending to have a yellow fur colour. This alone is a good example of how environmental factors (toxins) can effect health. What is really interesting is that when the experiment was repeated, but the mother’s diet was supplemented with methyl rich foods (e.g. high in choline, folate & B12) the offspring were more likely to be normal coloured and healthy. In other words the diet was able to undo the damage caused by the BPA toxin.

Learn more at the University of Utah Learn.Genetics site

Quite simple shifts in diet, even in healthy people, can lead to thousands of genes being switched on and off. This new gene expression can alter the risk of disease or the course of an existing condition. For example, scientists at the Norwegian University of Science and Technology found that when carbohydrates exceed 40% of the energy in a diet (i.e. more than 200g of carbs per day) genes promoting metabolic inflammation are activated. The researchers point out that:

“Genes that are involved in type 2 diabetes, cardiovascular disease, Alzheimer’s disease and some forms of cancer respond to diet, and are up-regulated, or activated, by a carbohydrate-rich diet,”

Studies like these make it clear that diet is pivotal in health management – something that most doctors  and their patients have yet to appreciate. My job is to stay up to date with the science so that I can provide targeted, evidence based dietary advice for my patients to help them get on top of their health.

Cyrex Labs – immunological testing

We are very fortunate to have access to this state-of-the-art American laboratory. It has only been available in the UK since 2013 and has proved invaluable. Cyrex Laboratories specialise in autoimmune testing and food reactivity testing.

Over the past couple of decades there has been an alarming rise in the incidence of autoimmune diseases globally. The term ‘autoimmunity’ describes a pathological state in which the defensive immune system becomes offensive to an individual’s own tissue and attacks one or more organs, resulting in destruction of the tissue and derangement of that organ’s function (i.e. disease). This is what occurs in conditions as diverse as coeliac disease, psoriasis, Hashimoto’s thyroiditis, Grave’s disease, multiple sclerosis (MS), Crohn’s disease, ulcerative colitis, rheumatoid arthritis (RA), systemic lupus (SLE), Sjorgren’s syndrome and many many others (the list is, unfortunately,  growing).

Cyrex Labs specialise in analysis of blood samples to identify a great many autoimmune antibodies, from those involving the neurological system, various joint tissues, is a warning of a disease process which will become increasingly

They specialise in identifying immune reactions to a huge range of foods (in both raw and cooked state) and autoimmune reactions to one’s own tissues.