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1 which develops into the endosperm (an embryo-supporting tissue).
2 mmation affecting the integrity of the tooth supporting tissues.
3 s are essential for repair of bone and other supporting tissues.
4 o preserve dermal bone, joint structures and supporting tissues.
5 espite their modular structure of zooids and supporting tissues.
6 particles have been detected in peri-implant supporting tissues.
7 itis, an inflammatory condition of the tooth-supporting tissues, a machine learning model was trained
8        Complete resection of the envelope of supporting tissues about the rectum during APR, CAA, and
9 order that leads to the destruction of tooth-supporting tissue and affects 10-20 million people in th
10 s, resulting in the destruction of the tooth-supporting tissue and the resorption of the alveolar bon
11 is an inflammatory condition affecting tooth-supporting tissues and alveolar bone that surround the t
12  system is based on the stability of implant supporting tissues as opposed to implant loss.
13 of signals between growing vessels and their supporting tissues, but little is known of the intracell
14    Thus, most innervation of teeth and their supporting tissues developed normally, and the only neur
15 controlling infections, malignancies, and in supporting tissue homeostasis and repair.
16   The xylem and phloem, major conducting and supporting tissues in vascular plants, are established b
17 h alveolar capillary units are destroyed and supporting tissue is lost.
18 lope of rectal mesentery posteriorly and the supporting tissues laterally from the sacral promontory
19 ntitis, an inflammatory disease of the tooth-supporting tissues leading to tooth loss.
20 ntitis, an inflammatory disease of the tooth-supporting tissues, leading to tooth loss.
21  retaining biologically inductive properties supporting tissue maturation ex vivo and in vivo.
22 racellular matrix (ECM), predominates in the supporting tissue of cardiac valves.
23 ic inflammatory disease of the soft and hard supporting tissues of the teeth and is a major cause of
24 s chronic inflammatory disease affecting the supporting tissues of the teeth and is a major cause of
25 rs characterized by rapid destruction of the supporting tissues of the teeth in otherwise healthy ind
26 sease, a chronic inflammatory disease of the supporting tissues of the teeth, and CVD.
27 itis is characterized by inflammation of the supporting tissues of the teeth, resulting in resorption
28 e that ultimately results in the loss of the supporting tissues of the teeth.
29 igh prevalence of diseases that affect tooth-supporting tissues (periodontal diseases) and negatively
30 ggest that dental infections affecting tooth-supporting tissues (periodontitis) can disseminate into
31 om resident connective tissue cells in tooth-supporting tissues (periodontium).
32 maintaining epithelial barrier function, and supporting tissue repair.
33 f the support and function of affected tooth-supporting tissues represents an important therapeutic e
34 mechanics of chewing to the biology of tooth-supporting tissues, revealing how a stem cell niche is r
35 esized roles of calcium oxalate formation in supporting tissue structure and in regulating excess tis
36 ial etiology that affects the protective and supporting tissues surrounding teeth, can influence the
37 ntitis is an inflammatory condition of tooth-supporting tissues that is usually treated by mechanical
38        Outer retinal function depends on two supporting tissues: the retinal pigment epithelium (RPE)
39 d to the loss of teeth by destruction of the supporting tissues. This study investigated the potentia
40  therapies also aim to restore photoreceptor-supporting tissue to prevent complete photoreceptor loss
41 al ligament (PDL), which contains stem cells supporting tissue turnover.