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091). Sixty-seven patients were re-habilitated using parallel-walled Biomet 3i? (Palm Beach, FL, USA) implants with an external connection, 22 using tapered Biomet 3i? implants with an internal connection and 11 using Replace Select tapered TiUnite? (Nobel Biocare, G?teborg, Sweden) implants. Duplicate registration of papilla index resulted in high intra-examiner agreement (Spearman's correlation http://www.selleckchem.com/products/GDC-0941.html coefficient: 0.915; p?��?0.001). Table?2 shows frequency distributions on papilla index sorted per embrasure type. T-P and P-P embrasures assessed in the FRT group, did not differ significantly in papilla index (p?=?0.439). In the FRI group with adjacent implants, however, significantly less inter-proximal fill was observed for I-I when compared to T-I embrasures (p? http://www.selleckchem.com/products/AZD0530.html compared to I-I (p? http://en.wikipedia.org/wiki/Diglyceride solutions for recreating papillae between missing teeth, papillae were on average 0.4�C0.5?mm higher for the P-P embrasure when compared to I-I (p?=?0.019) and I-P (p?=?0.004). I-I and I-P embrasures demonstrated comparable papilla height (p?=0.486). As also shown in Table?3, the probability of ending up with an ideal papilla (��4?mm) between missing teeth was reduced by half when one or two implants formed the embrasure. On the basis of the total sample (n?=?250) papilla index and papilla height demonstrated a weak, yet sig-nificant correlation (Spearman's correlation coefficient: 0.198; p?=?0.002).