AROMATIC POLYKETIDE definition

AROMATIC POLYKETIDE means [**].
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Examples of AROMATIC POLYKETIDE in a sentence

  • For each MACROLIDE or AROMATIC POLYKETIDE designated by LICENSEE in a DESIGNATION NOTICE which becomes a LICENSED COMPOUND pursuant to Section 3.5, and for which LICENSEE pays the amounts set forth in Section 6.2.1, KOSAN will, if available, deliver to LICENSEE a viable sample of clonal cells which produces such MACROLIDE or AROMATIC POLYKETIDE for use in PRODUCT manufacture.

  • In addition, once a MACROLIDE or AROMATIC POLYKETIDE has become a LICENSED COMPOUND pursuant to Section 3.5.2 above, if [**] CERTAIN INFORMATION IN THIS EXHIBIT HAS BEEN OMITTED AND FILED SEPARATELY WITH THE COMMISSION.

  • Once a MACROLIDE or AROMATIC POLYKETIDE has become a LICENSED COMPOUND pursuant to Section 3.5.2 above, KOSAN shall notify any THIRD PARTIES who attempt to subsequently designate or claim rights to such LICENSED COMPOUND of the existence of LICENSEE's prior claim with respect to such compound without disclosing LICENSEE's identity, the structure of such compound (unless earlier disclosed) or the activity(s) with respect to which LICENSEE has identified such activity.

  • Unless KOSAN has previously granted a THIRD PARTY rights to such a MACROLIDE or AROMATIC POLYKETIDE [**] CLOSE STRUCTURAL ANALOG thereof, or elected to develop such MACROLIDE or AROMATIC POLYKETIDE [**] CLOSE STRUCTURAL ANALOG thereof itself, in each case, as shown by prior written records, upon KOSAN's receipt of DESIGNATION NOTICE from RWJPRI, such MACROLIDE or AROMATIC POLYKETIDE shall be deemed to be a LICENSED COMPOUND for all purposes of this AGREEMENT.

  • At the time that each MACROLIDE and/or AROMATIC POLYKETIDE becomes a LICENSED COMPOUND, a non-binding, written list identifying the compounds which are CLOSE STRUCTURAL ANALOGS of such MACROLIDE and/or AROMATIC POLYKETIDE will be prepared by the parties.

  • In addition, once a MACROLIDE or AROMATIC POLYKETIDE has become a LICENSED COMPOUND pursuant to Section 3.5.2 above, if reasonably feasible, KOSAN shall not provide such LICENSED COMPOUND to THIRD PARTIES for screening.

  • Once a MACROLIDE or AROMATIC POLYKETIDE has become a LICENSED COMPOUND pursuant to Section 3.5.2 above, KOSAN shall notify any THIRD PARTIES who attempt to subsequently designate or claim rights to such LICENSED COMPOUND of the existence of LICENSEE’s prior claim with respect to such compound without disclosing LICENSEE’s identity, the structure of such compound (unless earlier disclosed) or the activity(s) with respect to which LICENSEE has identified such activity.

Related to AROMATIC POLYKETIDE

  • High global warming potential hydrofluorocarbons means any hydrofluorocarbons in a particular end use for which EPA’s Significant New Alternatives Policy (SNAP) program has identified other acceptable alternatives that have lower global warming potential. The SNAP list of alternatives is found at 40 CFR part 82, subpart G, with supplemental tables of alternatives available at (http://www.epa.gov/snap/ ).

  • Carcinogen means a chemical that causes an increased incidence of benign or malignant neoplasms, or a substantial decrease in the latency period between exposure and onset of neoplasms through oral or dermal exposure, or through inhalation exposure when the cancer occurs at nonrespiratory sites in at least one (1) mammalian species or man through epidemiological studies or clinical studies, or both.

  • Reactive Power means the wattless component of the product of voltage and current, which the Facility shall provide to or absorb from the Grid System within the Technical Limits and which is measured in MVAR;

  • Corrosive means any substance that when it comes in contact

  • Hydrofluorocarbons means compounds that only contain hydrogen, fluorine, and carbon.

  • COVID-19 Pandemic means the SARS-Cov2 or COVID-19 pandemic, including any future resurgence or evolutions or mutations thereof and/or any related or associated disease outbreaks, epidemics and/or pandemics.

  • Isomer means all enantiomers and diastereomers.