The above diagram shows the color scheme of the layout in the main result page. The parent entities and officers who have significant controls over the individuals in focus are always inapplicable. The offspring entities and appointments are those entities that the individuals in focus can influence on.
Clicking the links on parent entities or officers, and offspring entities or managed companies will put them in focus and show upstream or downstream connections. In general, ascendant entities can be found by moving toward upstream, and descendant entities are by toward downstream. In this way, progenitor entities such as grandparent companies (parents of parent), sibling companies (children of parent), partner companies (parents of child), and progeny entities such as grandchild companies (children of child) can be found easily.
Resident in England
Registered addresses and corresponding companies 12-15 Station Parade, Harrow, HA2 9HB, England
Resident in England
Registered addresses and corresponding companies 11, Saint Alphage Walk, Burnt Oak, Middlesex, HA8 0DL, United Kingdom
11, St Alphage Walk, Burnt Oak, Middlesex, HA8 0DL
11, St Alphage Walk, Burnt Oak, Middlesex, HA8 0DL, United Kingdom
11, St. Alphage Walk, Edgware, Middlesex, HA8 0DL, United Kingdom
12-15, Station Parade, Northolt Road, Harrow, Middlesex, HA2 8HB, United Kingdom
Resident in England
Registered addresses and corresponding companies 12-15 Station Parade, Northolt Road, Harrow, HA2 8HB, United Kingdom
Resident in England
Registered addresses and corresponding companies 12, Deans Way, Edgware, HA8 9NL, England
Resident in England
Registered addresses and corresponding companies 11, St. Alphage Walk, Edgware, HA8 0DL, United Kingdom
Resident in England
Registered addresses and corresponding companies 11, St. Alphage Walk, Edgware, HA8 0DL, England
Resident in England
Registered addresses and corresponding companiesResident in England
Registered addresses and corresponding companies 12, 14 & 15, Station Parade, Northolt Road, Harrow, Middlesex, HA2 8HB