unipotent


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unipotent

 [u-nip´o-tent] (unipotential [u″nĭ-po-ten´shal]) having only one power, as giving rise to cells of one order only.

u·ni·po·tent

(yū'ni-pō'tĕnt),
Referring to those cells that produce a single type of daughter cell; for example, a unipotent stem cell. Compare: pluripotent cells.

unipotent

(yo͞o-nĭp′ə-tənt)
adj.
Capable of developing into only one type of cell or tissue.

unipotent, unipotential

having only one power, as giving rise to cells of one order only.
References in periodicals archive ?
One advantage of our method is that it works in situations where the idea of a basic subset of roots does not make sense, such as the case of the unipotent radical of a parabolic subgroup.
of Oregon) acknowledge that much has already been written about the theory of unipotent elements in simple algebraic groups over algebraically closed or finite fields, and nilpoint elements in the corresponding simple Lie algebras.
If H(L) is a CIPQ(CIPL) then, L is a flexible unipotent CIPQ(flexible CIPL of exponent 2).
25) Embryonic and fetal stem cells typically are pluripotent and offer the greatest research potential, whereas stem cells derived from umbilical cord blood or adult tissues are primarily multipotent or unipotent.
This theorem is an analogue of the totally nonnegative part of the unipotent group.
n] be the subgroup of unipotent upper-triangular matrices of the general linear group [GL.
This volume contains the lecture notes from the summer school and covers introductory issues, the basic theory of Eisenstein series, converse theorems and the Langlands- Shahidi method, Ramanujan conjectures and applications, analytic theory of GL(2) forms and L-functions, arithmetic quantum chaos, and unipotent flows on Gamma/G and applications.
Ribbon tableaux, Hall-Littlewood functions and unipotent varieties.
Among the topics are the classifying space and cohomology of Thompson's sporadic simple group, the Schur indices of cuspidal unipotent characters, analyzing ovals in finite projective planes using the representation theory of the symmetric group, and regular orbits of induced modules of finite groups.
Ribbon tableaux, Hall-Littlewood functions, quantum affine algebras, and unipotent varieties.
It may be interesting to investigate the combinatorial properties of X, particularly as paths in X are equivalent to set partitions, and they are known to play a crucial role in the supercharacter theory of unipotent upper-triangular matrices (see Thiem (2010) for example).
Andre and A Neto, Super-characters of finite unipotent groups of types [B.